ACTP1506 Search Results

actp-1514

Abstract: ACTP-1501 ACTP-1555 ACTP-1572 ACTP-1662
Contextual Info: Advanced Confrol Components COAXIAL TUNNEL DIODE 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

Contextual Info: ACTP-1506 Padded Zero Bias Schottky Detector Features: • Contains hermetically sealed modules, internal RF matching, DC return, and RF bypass capacitor. • The video port is protected from static or transient charges. • Input impedance matching. • Models may be chosen for broadband RF

ACTP-1555

Abstract: ACTP-1572 ACTP-1662 ACTP-1501 ACTP-1514
Contextual Info: Advanced Control Components COAXIAL TUNNEL DIODE 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. No bias is required for operation.

actp-1514

Abstract: ACTP-1506 "tunnel diode" ACTP-1501 ACTP-1555 ACTP-1502 ACTP-1505 ACTP-1504 650 c15 c15 diode
Contextual Info: COAXIAL TUNNEL DIODE 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

Contextual Info: ACTP-1506 Padded Zero Bias Schottky Detector Features: • Contains hermetically sealed modules, internal RF matching, DC return, and RF bypass capacitor. • The video port is protected from static or transient charges. • Input impedance matching. • Models may be chosen for broadband RF

actp1506

Abstract: ACTP-1506
Contextual Info: ACTP-1506 Coaxial Tunnel Diode Detector Features: • Contains hermetically sealed modules, internal RF matching, DC return, and RF bypass capacitor. • The video port is protected from static or transient charges. • Input impedance matching. • Models may be chosen for broadband RF

ACTP-1501

Abstract: ACTP-1503N ACTP-1514N ACTP-1514
Contextual Info: Coaxial Tunnel Diode Detectors Superior performance and high reliability are de­ signed into these detectors. They offer extremely stable output voltage over wide temperature excur­ sions typically ± 0 .1 5 dB from —5 5 °C to + 100°C . No bias is required for operation. Designs are avail­

Contextual Info: ACTP-1506 COAXIAL TUNNEL DIODE DETECTORS Frequency Range min Sensitivity (min) Flatness vs. Frequency (max) Typical TSS Typical VSWR Nominal Video Capacitance 8 – 18 650 0.7 -50 2.3:1 12 GHz mV/mW ±dB dBm Ratio pF NOTES: Maximum input power: +14dBm (3dB guardband for +17dBm possible burnout)

ACTP-1504

Abstract: TUNNEL DIODE ACTP-1555 ACTP-1572 ACTP-1662 ACTP-1501 ACTP-1514
Contextual Info: COAXIAL TUNNEL DIODE 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

ACTP-1506

Abstract: DATASHEET TUNNEL DIODE 1506 1506N M103 M105 M107 ACTP C3EX
Contextual Info: ACTP-1506 COAXIAL TUNNEL DIODE DETECTORS Frequency Range min Sensitivity (min) Flatness vs. Frequency (max) Typical TSS Typical VSWR Nominal Video Capacitance 8 – 18 650 0.7 -50 2.3:1 12 GHz mV/mW ±dB dBm Ratio pF NOTES: Maximum input power: +14dBm (3dB guardband for +17dBm possible burnout)

TUNNEL DIODE

Abstract: ACTP-1555 ACTP-1514N 2Mhz doppler ACTP-1505 ACTP-1502 doppler radar ACTP-1501 ACTP-1504N ACTP-1514
Contextual Info: COAXIAL TUNNEL DIODE 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

Contextual Info: ACTP-1506 Coaxial Tunnel Diode Detector Features: • Contains hermetically sealed modules, internal RF matching, DC return, and RF bypass capacitor. • The video port is protected from static or transient charges. • Input impedance matching. • Models may be chosen for broadband RF