Datasheet Analog Devices HMC1094 — Datenblatt

50 dB, Logarithmic Detector,
1 GHz to 23 GHz
HMC1094 Data Sheet DET DET 12 VTEMP 11 LOGOUT DET GND 3 10 RSV RSV 4 9 NC 8 GND 7 RSV 5 HMC1094 GND 6 Point-to-point microwave radio
VSAT
Wideband power monitoring
Receiver signal strength indication (RSSI)
Test and measurement RSV PACKAGE
BASE
GND 12810-001 RFIN 2 13 VCC BIAS AND
CONTROL CIRCUIT GND 1 APPLICATIONS 14 VCC Wide input bandwidth: 1 to 23 GHz
Wide dynamic range: 50 dB up to 23 GHz
Single positive supply: 3.3 V
Excellent stability over temperature
Fast rise/fall time: 12 ns/65 ns
16-lead 3 mm × 3 mm SMT package: 9 mm² 15 VCC FUNCTIONAL BLOCK DIAGRAM
16 VCC FEATURES Figure 1. GENERAL DESCRIPTION
The HMC1094 logarithmic detector converts RF signals at its
input to a proportional dc voltage at its output. The HMC1094
employs successive compression topology that delivers high
dynamic range over a wide input frequency range.
As the input power is increased, successive amplifiers move into
saturation one by one, creating an approximation of the logarithm
function. The output of a series of detectors is summed, con-Rev. A verted into the voltage domain, and buffered to drive the …

50 dB, Logarithmic Detector,
1 GHz to 23 GHz
HMC1094 Data Sheet DET DET 12 VTEMP 11 LOGOUT DET GND 3 10 RSV RSV 4 9 NC 8 GND 7 RSV 5 HMC1094 GND 6 Point-to-point microwave radio
VSAT
Wideband power monitoring
Receiver signal strength indication (RSSI)
Test and measurement RSV PACKAGE
BASE
GND 12810-001 RFIN 2 13 VCC BIAS AND
CONTROL CIRCUIT GND 1 APPLICATIONS 14 VCC Wide input bandwidth: 1 to 23 GHz
Wide dynamic range: 50 dB up to 23 GHz
Single positive supply: 3.3 V
Excellent stability over temperature
Fast rise/fall time: 12 ns/65 ns
16-lead 3 mm × 3 mm SMT package: 9 mm² 15 VCC FUNCTIONAL BLOCK DIAGRAM
16 VCC FEATURES Figure 1. GENERAL DESCRIPTION
The HMC1094 logarithmic detector converts RF signals at its
input to a proportional dc voltage at its output. The HMC1094
employs successive compression topology that delivers high
dynamic range over a wide input frequency range.
As the input power is increased, successive amplifiers move into
saturation one by one, creating an approximation of the logarithm
function. The output of a series of detectors is summed, con-Rev. A verted into the voltage domain, and buffered to drive the …