Each detector model contains:
• Input Impedance Matching
• DC return
• RF bypass capacitor
• Detector diode

Applications:
• Transmitter Monitoring
• Radar Equipment
• 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) Measured into an open circuit load (>10k ohm).
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 the factory if value other than those shown are needed.
5) Standard bias is 100 microamps.
6) Zero bias schottky versions are available for most of listed biased schottky models with only minor differences in specifications.

a. The zero bias schottky has an impedance of several thousand ohms.
b. Zero bias schottky detectors exhibit less sensitive TSS due to the high diode impedance (typically a 3dB reduction).
c. The temperature performance of the zero bias schottky is poor when operating at low input power levels. This difference becomes small at high levels (above 0dBm input power). The part number of zero bias versions includes a “Z” following the polarity indicator

Applications:
• Transmitter Monitoring
• Radar Equipment
• Missle Guidance Systems
• Input to Low-Nmoise Amps
• 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) Standard output polarity is negative. If positive output is required, substitute "P" for "N" in part number
2) Measured into an open circuit load (>10k).
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 staff if value other than those shown are required.
5) Standard bias is 100 microamps6) Zero Bias schottky versions are avaiable for most of listed biased schottky models with only minor differences in specifications.
a) The zero bias schottky has an impedance nof serveral thousand ohms
b) Zero bias schottky detectors exhibit less sensitive TSS due to the high diode impedance (typical a 3dB reduction) The temperature performance of the zero bias schottky is poor when operating at low in put power levels. This difference becomes small at high levels (above 0dBm input power). The part number of zero bias versions includes a "Z" following the polarity indicator.

Each detector model contains:
• Input Impedance Matching• DC return
• RF bypass capacitor
• Detector diode
• Video protection diode

Features:
• Static Protection
• High Sensitivity
• Small Size

Applications:
• Transmitter Monitoring• Radar Equipment
• 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. Tangential Signal Sensitivity (TSS) is a measure of low level sensitivity with respect to noise. It is measured using a video amplifier with a 2MHz bandwidth and a 3dB noise figure.
3. Video capacitance is used for RF bypass. This value can be changed if required for video response time or other considerations. Contact the factory if value other than those shown are needed.
4. Video protection is available on most models. This feature helps to prevent damage to the detector diode from incidents occurring at the video port. Transient electromagnetic spikes, static contact, or voltage surges can easily damage a detector diode. A video protection diode will clamp the voltage at a value less than the detector breakdown voltage. NOTE: Inclusion of this protection will cause the output voltage to compress and clamp. This occurs at about +10dBm input to the detector. If operation above +10dBm is required then the output protection should be modified or excluded. Adding a suffix “X” at the end of the model number will exclude the video protection feature. Contact the sales staff for assistance.
5. Zero bias schottky versions are available for most of listed biased schottky models with only minor differences in specifications.
a. The zero bias schottky has an impedance of several thousand ohms.
b. Zero bias schottky detectors exhibit less sensitive TSS due to the high diode impedance (typically a 3dB reduction).
c. The temperature performance of the zero bias schottky is poor when operating at low input power levels. This difference becomes small at high levels (above 0dBm input power). The part number of zero bias versions includes a “Z” following the polarity indicator.