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HMC500LP3E

Analog Devices
Part Number HMC500LP3E
Manufacturer Analog Devices
Description GaAs HBT VECTOR MODULATOR
Published Jun 29, 2020
Detailed Description v02.1109 10 Typical Applications The HMC500LP3(E) is ideal for: • Wireless Infrastructure HPA & MCPA Error Correction ...
Datasheet PDF File HMC500LP3E PDF File

HMC500LP3E
HMC500LP3E

Overview
v02.
1109 10 Typical Applications The HMC500LP3(E) is ideal for: • Wireless Infrastructure HPA & MCPA Error Correction • Pre-Distortion or Feed-Forward Linearization • PCS, GSM and W-CDMA Systems • Beam Forming or RF Cancellation Circuits Functional Diagram HMC500LP3 / 500LP3E GaAs HBT VECTOR MODULATOR 1.
8 - 2.
2 GHz Features 360° of Continuous Phase Control Continuous Gain Control: 40 dB -162 dBm/Hz Output Noise Floor Input IP3: +33 dBm 16 Lead 3x3 mm SMT Package: 9mm2 General Description The HMC500LP3(E) is a high dynamic range Vector Modulator RFICs which are targeted for RF predistortion and feed-forward cancellation circuits, as well as RF cancellation and beam forming amplitude/phase correction circuits.
The I & Q ports of the HMC500LP3(E) can be used to continuously vary the phase and amplitude of RF signals by up to 360 degrees and 40 dB respectively, while supporting a 3 dB modulation bandwidth of 150 MHz.
With an input IP3 of +33 dBm and input noise floor of -152 dBm/ Hz (at -10 dB maximum gain setting), the input IP3/ noise floor ratio is 185 dB.
MODULATORS - VECTOR - SMT 10 - 34 Electrical Specifications, TA = +25° C, Vcc = +8V Parameter Min.
Typ.
Frequency Range 1.
8 - 2.
2 Maximum Gain -14 -10 Gain Variation Over Temperature 0.
012 Gain Flatness Across Any 60 MHz Bandwidth 0.
15 Gain Range 40 Input Return Loss 17 Output Return Loss 15 Input Power for 1dB Compression (P1dB) 13 16 Input Third Order Intercept (IP3) 33 Output Noise -162 Control Port Bandwidth (-3 dB) 150 Control Port Impedance 1.
45k Control Port Capacitance 0.
22 Control Voltage Range +0.
5 to +2.
5 Group Delay Over 60 MHz Bandwidth 20 Supply Current (Icq) 90 Unless otherwise noted, measurements are made @ max.
gain setting and 45˚ phase setting.
See application circuit for details.
Max.
0.
02 Units GHz dB dB / °C dB dB dB dB dBm dBm dBm/Hz MHz Ohms pF Vdc ps mA IrrliniecgfseohpntrsomsenoasftiisibtohingilrirtdyafunpirstnaeairdstsihesbesuydFmthimebao2dty...


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