| |
|
| Detectors |
| Tunnel Detectors |
Coax Tunnel Detectors -
Suface Mount Tunnel Detectors -
High Frequency -
Tunnel Diode Detectors Modules
Coax Tunnel Detectors
Superior performance and high reliability are designed into these detectors. They offer extremely stable output voltage over wide temperature excursions,typically +/-0.15dB from -65°C to +100°C at 1GHz and approx. +/-0.3dB at 18GHz. No bias is required for operation. Designs are available, in selectedfrequency bands, from 100MHz (or lower) to 18GHz. Typical output impedance is in the range of 95�� to 125��. This allows for fast pulsed video response anduse in wide bandwidth requirements. Video bandwidths may be modified by selection of the RF bypass capacitor and load value. Square law typicallyranges from TSS up to -17dBm. The upper limit can be raised as high as - 13dBm with selected load values. The output polarity is usually negative butcab be made positive if requested.
|
| Frequency Range (GHz) |
Part Number |
Min Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Typical (3) TSS (dBm) |
VSWR Typ (4) |
Nominal (5) Video Capacitance |
Standard Case Styles |
Optional Case Styles |
| 0.1 - 0.5 |
ACTP1523N |
800 |
0.3 |
-51 |
2.5:1 |
270 |
C3 |
C8,C15,C62 |
| 0.1 - 1 |
ACTP1572N |
900 |
0.4 |
-51 |
2.5:1 |
270 |
C3 |
C8,C15,C62 |
| 0.5 - 1 |
ACTP1524N |
800 |
0.2 |
-51 |
2.5:1 |
39 |
C3 |
C8,C15 |
| 0.1 - 2 |
ACTP1629N |
900 |
0.35 |
-51 |
2.3:1 |
75 |
C3 |
C8,C15,C62 |
| 0.5 - 2 |
ACTP1501N |
800 |
0.35 |
-51 |
2.3:1 |
39 |
C3 |
C15 |
| 1-2 |
ACTP1525N |
800 |
0.25 |
-51 |
2.5:1 |
20 |
C3 |
C15 |
| 0.1 – 4 |
ACTP1573N |
800 |
0.3 |
-51 |
2.3:1 |
75 |
C3 |
C8,C15,C62 |
| 2.0-4.0 |
ACTP1502N |
800 |
0.2 |
-51 |
2.3:1 |
20 |
C3 |
C15 |
| 2 – 6 |
ACTP1514N |
800 |
0.5 |
-51 |
2.3:1 |
20 |
C3 |
C32,C5,C15 |
| 1 – 12 |
ACTP1663N |
700 |
0.85 |
-50 |
2.5:1 |
20 |
C3 |
C8,C15,C62 |
| 2.0-8 |
ACTP1555N |
750 |
0.5 |
-51 |
2.5:1 |
20 |
C3 |
C8,C15 |
| 4 – 8 |
ACTP1503N |
750 |
0.4 |
-51 |
2.5:1 |
9 |
C3 |
C32 |
| 4 – 8 |
ACTP1648N |
650 |
0.4 |
-50 |
2.0:1 |
12 |
C3 |
C8, 15 |
| 6 – 12 |
ACTP1583N |
750 |
0.4 |
-50 |
2.5:1 |
12 |
C3 |
C8,C15 |
| 8.0-12 |
ACTP1504N |
700 |
0.4 |
-50 |
2.4:1 |
9 |
C3 |
- |
| 2.0-18 |
ACTP1528N |
650 |
1 |
-50 |
2.8:1 |
12 |
C3 |
C32 |
| 0.5 – 18 |
ACTP1584N |
600 |
1.3 |
-50 |
3.0:1 |
20 |
C3 |
C32,C15 |
| 1 – 18 |
ACTP1625N |
650 |
1.1 |
-50 |
2.7:1 |
20 |
C3 |
C32,C15 |
| 6.0-18 |
ACTP1563N |
600 |
0.9 |
-50 |
2.8:1 |
12 |
C3 |
C32,C15 |
| 7 – 18 |
ACTP1662N |
650 |
1 |
-50 |
2.7:1 |
12 |
C3 |
C32 |
| 8.0-18 |
ACTP1506N |
650 |
0.7 |
-50 |
2.3:1 |
12 |
C3 |
- |
| 12 – 18 |
ACTP1505N |
700 |
0.4 |
-51 |
2.1:1 |
9 |
C3 |
- |
Features:
• Exceptional Temperature Stability
• Low Video Resistance (112�� typical)
• Flat Output vs. Frequency Over Broadband Performance
• Very Fast Pulse Response
• No Bias Required
• Flexible Design Options
Applications:
• Transmitter Monitoring
• Missile Guidance Systems
• Input to Low-Noise Amplifiers
• Broadband Or Narrowband ECM Receivers
• Power and Signal Monitors
• Doppler Radar and Beacon Receivers
• Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute “N” or “P” in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve assensitivity is lowered. Flatness and TSS will also be influenced by these changes. If your applications require something special,please contact the factory.
3) Tangential Signal Sensitivity (TSS) is a measure of low level sensitivity with respect to noise. It is measured using a video amplifier witha 2MHz bandwidth and a 3dB noise figure.
4) VSWR measured at or below -20dBm input power level.
5) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations.
|
Suface Mount Tunnel Detectors
Advanced Control Components offers a series of tunnel detectors built in surface mount modules. These modules include complete detector circuits with DC returns and RF bypass capacitors. Options include input pads or limiters to modify the operational range or offer input protection.The small size of surface mount packages allows for easier design and lower cost. They offer high reliability and are hermetically sealed, makingthem ideal for operation in harsh environments. Thermal stability is one of the prime advantages of tunnel diode detectors. Frequencies rangefrom 10MHz to 4GHz. The output will not vary more than +/-0.15dB over the temperature range of -65°C to +100°C at these low frequencies.They have high sensitivity without any bias needed for operation. Standard output polarity is negative, but positive polarity output is an option.
|
| Frequency Range (GHz) |
Part Number |
Min (2) Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Typical (3) VSWR |
Min Output Voltage (mV) |
Standard Case Style |
Optional Case Style |
| 0.01 - 0.5 |
ACTM1114N |
800 |
0.3 |
2.3:1 |
270 |
M47 |
M10 |
| 0.25 - 0.75 |
ACTM1133N |
900 |
0.2 |
2.3:1 |
270 |
M47 |
M10 |
| 0.5 – 1 |
ACTM1146N |
1000 |
0.2 |
2.3:1 |
270 |
M47 |
M10 |
| 0.5 - 2 |
ACTM1136N |
1000 |
0.2 |
2.3:1 |
75 |
M47 |
M10 |
| 1 – 2 |
ACTM1137N |
1000 |
0.2 |
2.3:1 |
75 |
M47 |
M10 |
| 0.1 – 4 |
ACTM1129N |
900 |
0.4 |
2.3:1 |
270 |
M47 |
M10 |
| 2.0-4.0 |
ACTM1130N |
900 |
0.3 |
2.3:1 |
12 |
M47 |
M10 |
Features:
•Thermal Stability
•Small Size
•No Bias Required
• Low Video Impedance
Applications:
• Transmitter Monitoring
• Missile Guidance Systems
•Input to Low-Noise Amplifiers
• Broadband Or Narrowband ECM Receivers
•Power and Signal Monitors
•Doppler Radar and Beacon Receivers•Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute “N” or “P” in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve as sensitivity is lowered. Flatness and TSS will also be influenced by these changes. If your applications require something special, please contact our sales team.
3) VSWR measured at or below -20dBm input power level.
4) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations.Contact our sales ream if value other than those shown are needed.
|
High Frequency
Exceptional thermal stability and flatness vs. frequency characterize these tunnel detectors from Advanced Control Components, Inc.Several models are available which operate over all or a portion of the frequency range of 18 to 40GHz. The temperature stabilityis +/- 0.3dB over the range of -65°C to +100°C. The typical output impedance is 115��. This allows for extremely fast video responsewhen operating in the square law range, typically -20dBm or lower.
|
| Frequency Range GHz) |
Part Number |
Flatness v's Frequency (+/-dB) |
Min Output Voltage |
Standard case Style |
Optional Case Styles |
| 18 26 |
ACTP1799N |
0.5 |
4 |
C36 |
C37,M61 |
| 18 - 30 |
ACTP1796N |
0.5 |
4 |
C7 |
C63,M61 |
| 26 - 36 |
ACTP1798N |
1 |
4 |
C7 |
C63,M61 |
| 36 39 |
ACTP1797N |
0.4 |
4 |
C7 |
C63M61 |
| 18 - 40 |
ACTP1795N |
1 |
4 |
C7 |
C63,M61 |
| |
Each detector model contains:
DC Return
RF Bypass Capacitor
Detector Diode
Features:
Exceptional Temperature Stability
Low Video Resistance (115�� typical)
Broadband Performance
No Bias Required
Applications:
Transmitter Monitoring
Missile Guidance Systems
Input to Low-Noise Amplifiers
Broadband Or Narrowband ECM Receivers
Power and Signal Monitors
Doppler Radar and Beacon Receivers
Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Connectors may be removed leaving a module (M71) for stripline or microstrip mounting.
|
Tunnel Diode Detectors Modules
The detectors listed are standard products. There are many possible variations, which can be selected as options. Package configurations can be changed if desired. Performance characteristics may be modified to meet special requirements (e.g. the sensitivity might be moved higher or lower with a corresponding effect on VSWR).RF bypass capacitance values can be selected on some models. Contact the factory for special needs.
|
| Frequency Range (GHz) |
Part (1) Number |
Min (2) Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Tupical TSS (dBm) |
Typical (4) VSWR |
Standard Video Capacitance (pF) |
Standard Case Styles |
Optional Case Styles |
| 0.005 - 0.5 |
ACTM1078N |
800 |
0.2 |
-50 |
2.2:1 |
1000 |
M12* |
M35 |
| 0.05 - 0.5 |
ACTM1155N |
700 |
0.3 |
-49 |
2.2:1 |
470 |
M12* |
M35 |
| 0.01 - 0.75 |
ACTM1080N |
800 |
0.3 |
-50 |
2.4:1 |
1000 |
M12* |
M35 |
| 0.1 1 |
ACTM1037N |
900 |
0.2 |
-51 |
2.3:1 |
270 |
M12* |
M34 |
| 0.01 2 |
ACTM1069N |
400 |
0.3 |
-49 |
1.5:1 |
1000 |
M12* |
M35 |
| 0.1 2 |
ACTM1071N |
900 |
0.2 |
-51 |
2.0:1 |
75 |
M12* |
M35 |
| 0.5 - 2 |
ACTM1001N |
900 |
0.25 |
-51 |
2.5:1 |
75 |
M12* |
M34,M47 |
| 1 2 |
ACTM1013N |
850 |
0.2 |
-51 |
1.9:1 |
20 |
M12* |
M34,M35,M47,M51 |
| 0.1 4 |
ACTM1073N |
800 |
0.25 |
-50 |
2.0:1 |
75 |
M12* |
|
| 0.5 4 |
ACTM1054N |
800 |
0.35 |
-51 |
2.0:1 |
39 |
M12* |
M34,M35,M47,M51 |
| 2 4 |
ACTM1002N |
850 |
0.35 |
-51 |
2.0:1 |
39 |
M12* |
M34,M35,M47,M51 |
| 0.1 - 6 |
ACTM1017N |
700 |
0.35 |
-50 |
2.2:1 |
75 |
M12* |
|
| 2.0-6.0 |
ACTM1006N |
900 |
0.4 |
-51 |
2.5:1 |
20 |
M12* |
M51 |
| 2 8 |
ACTM1007N |
750 |
0.5 |
-50 |
2.5:1 |
20 |
M12* |
M51 |
| 4.0-8.0 |
ACTM1003N |
800 |
0.35 |
-51 |
1.9:1 |
20 |
M12* |
M51 |
| 8 12 |
ACTM1012N |
650 |
0.4 |
-50 |
2.0:1 |
12 |
M12* |
M51 |
| 0.5 18 |
ACTM1020N |
600 |
1.25 |
-49 |
3.3:1 |
20 |
M12* |
|
| 2 18 |
ACTM1009N |
650 |
1 |
-50 |
3.0:1 |
20 |
M12* |
|
| 6.0-18 |
ACTM1058N |
700 |
1 |
-49 |
2.5:1 |
9 |
M12* |
M51 |
| 8.0-18 |
ACTM1066N |
700 |
0.9 |
-49 |
2.5:1 |
9 |
M12 |
* |
| 1.0-20 |
ACTM1144N |
600 |
1.3 |
-49 |
3.0:1 |
20 |
M12* |
M51 |
Features:
Exceptional Temperature Stability
Low Video Resistance (112�� typical)
Flat Output vs. Frequency Over Broadband Performance
Very Fast Pulse Response
No Bias Required
Flexible Design Options
Applications:
Transmitter Monitoring
Missile Guidance Systems
Input to Low-Noise Amplifiers
Broadband Or Narrowband ECM Receivers
Power and Signal Monitors
Doppler Radar and Beacon Receivers
Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute N or P in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve as sensitivity is lowered.Flatness and TSS will also be influenced by these changes. If your applications require something special, please contact our sales team.
3) Tangential Signal Sensitivity (TSS) is a measure of low level sensitivity with respect to noise. It is measured using a video amplifier with a 20MHz bandwidth and a 3dB noise figure.
4) VSWR measured at or below -20dBm input power level.
5) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations. |
|
| |
| MM Wave |
| Zero Biased Detectors |
| Download PDF Specification |
| |
| Coax Tunnel Diode |
Coax Tunnel Detectors - Suface Mount Tunnel Detectors - High Frequency - Tunnel Diode Detectors Modules
Coax Tunnel Detectors
Superior performance and high reliability are designed into these detectors. They offer extremely stable output voltage over wide temperature excursions,typically +/-0.15dB from -65°C to +100°C at 1GHz and approx. +/-0.3dB at 18GHz. No bias is required for operation. Designs are available, in selectedfrequency bands, from 100MHz (or lower) to 18GHz. Typical output impedance is in the range of 95�� to 125��. This allows for fast pulsed video response anduse in wide bandwidth requirements. Video bandwidths may be modified by selection of the RF bypass capacitor and load value. Square law typicallyranges from TSS up to -17dBm. The upper limit can be raised as high as - 13dBm with selected load values. The output polarity is usually negative butcab be made positive if requested.
|
| Frequency Range (GHz) |
Part Number |
Min Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Typical (3) TSS (dBm) |
VSWR Typ (4) |
Nominal (5) Video Capacitance |
Standard Case Styles |
Optional Case Styles |
| 0.1 - 0.5 |
ACTP1523N |
800 |
0.3 |
-51 |
2.5:1 |
270 |
C3 |
C8,C15,C62 |
| 0.1 - 1 |
ACTP1572N |
900 |
0.4 |
-51 |
2.5:1 |
270 |
C3 |
C8,C15,C62 |
| 0.5 - 1 |
ACTP1524N |
800 |
0.2 |
-51 |
2.5:1 |
39 |
C3 |
C8,C15 |
| 0.1 - 2 |
ACTP1629N |
900 |
0.35 |
-51 |
2.3:1 |
75 |
C3 |
C8,C15,C62 |
| 0.5 - 2 |
ACTP1501N |
800 |
0.35 |
-51 |
2.3:1 |
39 |
C3 |
C15 |
| 1-2 |
ACTP1525N |
800 |
0.25 |
-51 |
2.5:1 |
20 |
C3 |
C15 |
| 0.1 4 |
ACTP1573N |
800 |
0.3 |
-51 |
2.3:1 |
75 |
C3 |
C8,C15,C62 |
| 2.0-4.0 |
ACTP1502N |
800 |
0.2 |
-51 |
2.3:1 |
20 |
C3 |
C15 |
| 2 6 |
ACTP1514N |
800 |
0.5 |
-51 |
2.3:1 |
20 |
C3 |
C32,C5,C15 |
| 1 12 |
ACTP1663N |
700 |
0.85 |
-50 |
2.5:1 |
20 |
C3 |
C8,C15,C62 |
| 2.0-8 |
ACTP1555N |
750 |
0.5 |
-51 |
2.5:1 |
20 |
C3 |
C8,C15 |
| 4 8 |
ACTP1503N |
750 |
0.4 |
-51 |
2.5:1 |
9 |
C3 |
C32 |
| 4 8 |
ACTP1648N |
650 |
0.4 |
-50 |
2.0:1 |
12 |
C3 |
C8, 15 |
| 6 12 |
ACTP1583N |
750 |
0.4 |
-50 |
2.5:1 |
12 |
C3 |
C8,C15 |
| 8.0-12 |
ACTP1504N |
700 |
0.4 |
-50 |
2.4:1 |
9 |
C3 |
- |
| 2.0-18 |
ACTP1528N |
650 |
1 |
-50 |
2.8:1 |
12 |
C3 |
C32 |
| 0.5 18 |
ACTP1584N |
600 |
1.3 |
-50 |
3.0:1 |
20 |
C3 |
C32,C15 |
| 1 18 |
ACTP1625N |
650 |
1.1 |
-50 |
2.7:1 |
20 |
C3 |
C32,C15 |
| 6.0-18 |
ACTP1563N |
600 |
0.9 |
-50 |
2.8:1 |
12 |
C3 |
C32,C15 |
| 7 18 |
ACTP1662N |
650 |
1 |
-50 |
2.7:1 |
12 |
C3 |
C32 |
| 8.0-18 |
ACTP1506N |
650 |
0.7 |
-50 |
2.3:1 |
12 |
C3 |
- |
| 12 18 |
ACTP1505N |
700 |
0.4 |
-51 |
2.1:1 |
9 |
C3 |
- |
Features:
Exceptional Temperature Stability
Low Video Resistance (112�� typical)
Flat Output vs. Frequency Over Broadband Performance
Very Fast Pulse Response
No Bias Required
Flexible Design Options
Applications:
Transmitter Monitoring
Missile Guidance Systems
Input to Low-Noise Amplifiers
Broadband Or Narrowband ECM Receivers
Power and Signal Monitors
Doppler Radar and Beacon Receivers
Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute N or P in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve assensitivity is lowered. Flatness and TSS will also be influenced by these changes. If your applications require something special,please contact the factory.
3) Tangential Signal Sensitivity (TSS) is a measure of low level sensitivity with respect to noise. It is measured using a video amplifier witha 2MHz bandwidth and a 3dB noise figure.
4) VSWR measured at or below -20dBm input power level.
5) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations.
|
Suface Mount Tunnel Detectors
Advanced Control Components offers a series of tunnel detectors built in surface mount modules. These modules include complete detector circuits with DC returns and RF bypass capacitors. Options include input pads or limiters to modify the operational range or offer input protection.The small size of surface mount packages allows for easier design and lower cost. They offer high reliability and are hermetically sealed, makingthem ideal for operation in harsh environments. Thermal stability is one of the prime advantages of tunnel diode detectors. Frequencies rangefrom 10MHz to 4GHz. The output will not vary more than +/-0.15dB over the temperature range of -65°C to +100°C at these low frequencies.They have high sensitivity without any bias needed for operation. Standard output polarity is negative, but positive polarity output is an option.
|
| Frequency Range (GHz) |
Part Number |
Min (2) Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Typical (3) VSWR |
Min Output Voltage (mV) |
Standard Case Style |
Optional Case Style |
| 0.01 - 0.5 |
ACTM1114N |
800 |
0.3 |
2.3:1 |
270 |
M47 |
M10 |
| 0.25 - 0.75 |
ACTM1133N |
900 |
0.2 |
2.3:1 |
270 |
M47 |
M10 |
| 0.5 1 |
ACTM1146N |
1000 |
0.2 |
2.3:1 |
270 |
M47 |
M10 |
| 0.5 - 2 |
ACTM1136N |
1000 |
0.2 |
2.3:1 |
75 |
M47 |
M10 |
| 1 2 |
ACTM1137N |
1000 |
0.2 |
2.3:1 |
75 |
M47 |
M10 |
| 0.1 4 |
ACTM1129N |
900 |
0.4 |
2.3:1 |
270 |
M47 |
M10 |
| 2.0-4.0 |
ACTM1130N |
900 |
0.3 |
2.3:1 |
12 |
M47 |
M10 |
Features:
Thermal Stability
Small Size
No Bias Required
Low Video Impedance
Applications:
Transmitter Monitoring
Missile Guidance Systems
Input to Low-Noise Amplifiers
Broadband Or Narrowband ECM Receivers
Power and Signal Monitors
Doppler Radar and Beacon ReceiversMatched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute N or P in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve as sensitivity is lowered. Flatness and TSS will also be influenced by these changes. If your applications require something special, please contact our sales team.
3) VSWR measured at or below -20dBm input power level.
4) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations.Contact our sales ream if value other than those shown are needed.
|
High Frequency
Exceptional thermal stability and flatness vs. frequency characterize these tunnel detectors from Advanced Control Components, Inc.Several models are available which operate over all or a portion of the frequency range of 18 to 40GHz. The temperature stabilityis +/- 0.3dB over the range of -65°C to +100°C. The typical output impedance is 115��. This allows for extremely fast video responsewhen operating in the square law range, typically -20dBm or lower.
|
| Frequency Range GHz) |
Part Number |
Flatness v's Frequency (+/-dB) |
Min Output Voltage |
Standard case Style |
Optional Case Styles |
| 18 – 26 |
ACTP1799N |
0.5 |
4 |
C36 |
C37,M61 |
| 18 - 30 |
ACTP1796N |
0.5 |
4 |
C7 |
C63,M61 |
| 26 - 36 |
ACTP1798N |
1 |
4 |
C7 |
C63,M61 |
| 36 – 39 |
ACTP1797N |
0.4 |
4 |
C7 |
C63M61 |
| 18 - 40 |
ACTP1795N |
1 |
4 |
C7 |
C63,M61 |
| |
Each detector model contains:
• DC Return
• RF Bypass Capacitor
• Detector Diode
Features:
• Exceptional Temperature Stability
• Low Video Resistance (115�� typical)
• Broadband Performance
• No Bias Required
Applications:
• Transmitter Monitoring
• Missile Guidance Systems
• Input to Low-Noise Amplifiers
• Broadband Or Narrowband ECM Receivers
• Power and Signal Monitors
• Doppler Radar and Beacon Receivers
• Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Connectors may be removed leaving a module (M71) for stripline or microstrip mounting.
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Tunnel Diode Detectors Modules
The detectors listed are standard products. There are many possible variations, which can be selected as options. Package configurations can be changed if desired. Performance characteristics may be modified to meet special requirements (e.g. the sensitivity might be moved higher or lower with a corresponding effect on VSWR).RF bypass capacitance values can be selected on some models. Contact the factory for special needs.
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| Frequency Range (GHz) |
Part (1) Number |
Min (2) Sensitivity K (mV/mW) |
Flatness v's Frequency (+/-dB) |
Tupical TSS (dBm) |
Typical (4) VSWR |
Standard Video Capacitance (pF) |
Standard Case Styles |
Optional Case Styles |
| 0.005 - 0.5 |
ACTM1078N |
800 |
0.2 |
-50 |
2.2:1 |
1000 |
M12* |
M35 |
| 0.05 - 0.5 |
ACTM1155N |
700 |
0.3 |
-49 |
2.2:1 |
470 |
M12* |
M35 |
| 0.01 - 0.75 |
ACTM1080N |
800 |
0.3 |
-50 |
2.4:1 |
1000 |
M12* |
M35 |
| 0.1 – 1 |
ACTM1037N |
900 |
0.2 |
-51 |
2.3:1 |
270 |
M12* |
M34 |
| 0.01 – 2 |
ACTM1069N |
400 |
0.3 |
-49 |
1.5:1 |
1000 |
M12* |
M35 |
| 0.1 – 2 |
ACTM1071N |
900 |
0.2 |
-51 |
2.0:1 |
75 |
M12* |
M35 |
| 0.5 - 2 |
ACTM1001N |
900 |
0.25 |
-51 |
2.5:1 |
75 |
M12* |
M34,M47 |
| 1 – 2 |
ACTM1013N |
850 |
0.2 |
-51 |
1.9:1 |
20 |
M12* |
M34,M35,M47,M51 |
| 0.1 – 4 |
ACTM1073N |
800 |
0.25 |
-50 |
2.0:1 |
75 |
M12* |
— |
| 0.5 – 4 |
ACTM1054N |
800 |
0.35 |
-51 |
2.0:1 |
39 |
M12* |
M34,M35,M47,M51 |
| 2 – 4 |
ACTM1002N |
850 |
0.35 |
-51 |
2.0:1 |
39 |
M12* |
M34,M35,M47,M51 |
| 0.1 - 6 |
ACTM1017N |
700 |
0.35 |
-50 |
2.2:1 |
75 |
M12* |
— |
| 2.0-6.0 |
ACTM1006N |
900 |
0.4 |
-51 |
2.5:1 |
20 |
M12* |
M51 |
| 2 – 8 |
ACTM1007N |
750 |
0.5 |
-50 |
2.5:1 |
20 |
M12* |
M51 |
| 4.0-8.0 |
ACTM1003N |
800 |
0.35 |
-51 |
1.9:1 |
20 |
M12* |
M51 |
| 8 – 12 |
ACTM1012N |
650 |
0.4 |
-50 |
2.0:1 |
12 |
M12* |
M51 |
| 0.5 – 18 |
ACTM1020N |
600 |
1.25 |
-49 |
3.3:1 |
20 |
M12* |
— |
| 2 – 18 |
ACTM1009N |
650 |
1 |
-50 |
3.0:1 |
20 |
M12* |
— |
| 6.0-18 |
ACTM1058N |
700 |
1 |
-49 |
2.5:1 |
9 |
M12* |
M51 |
| 8.0-18 |
ACTM1066N |
700 |
0.9 |
-49 |
2.5:1 |
9 |
M12 |
* — |
| 1.0-20 |
ACTM1144N |
600 |
1.3 |
-49 |
3.0:1 |
20 |
M12* |
M51 |
Features:
• Exceptional Temperature Stability
• Low Video Resistance (112�� typical)
• Flat Output vs. Frequency Over Broadband Performance
• Very Fast Pulse Response
• No Bias Required
• Flexible Design Options
Applications:
• Transmitter Monitoring
• Missile Guidance Systems
• Input to Low-Noise Amplifiers
• Broadband Or Narrowband ECM Receivers
• Power and Signal Monitors
• Doppler Radar and Beacon Receivers
• Matched units available for Multi-channel Receivers, Amplitude Comparator Systems and Discriminators
NOTES:
1) Available in both negative and positive polarities, substitute “N” or “P” in part number.
2) Diode values can be changed to alter the level of sensitivity. As sensitivity is increased, VSWR will degrade. VSWR will improve as sensitivity is lowered.Flatness and TSS will also be influenced by these changes. If your applications require something special, please contact our sales team.
3) Tangential Signal Sensitivity (TSS) is a measure of low level sensitivity with respect to noise. It is measured using a video amplifier with a 20MHz bandwidth and a 3dB noise figure.
4) VSWR measured at or below -20dBm input power level.
5) Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations. |
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