HPMX-2007-TR1 Просмотр технического описания (PDF) - HP => Agilent Technologies

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HPMX-2007-TR1

Vector Modulator/Mixer

HP => Agilent Technologies 

HPMX-2007 Summary Characterization Information

Standard test conditions apply unless otherwise noted.

Modulator-Only Mode

DC Current Drain

i, q Input 3 dB Bandwidth

LOmod Input Frequency Range (for Sideband Suppression > 30 dBc)

SSB Output Current (Open Collectors). See Figure 26.

SSB LOmod Suppression @ 150 MHz

DSB 3rd Order IM Products @ 150 MHz

Output Noise Floor

Typ

10

>90

40-400

2

-35

-45

-160

Units

mA

MHz

MHz

mA pk-pk diff.

dBc

dBc

dBm/Hz

Modulator + Mixer Performance (Output at 1900 MHz)

Total DC Current Drain (Mixer Cannot Be Used Without Also

Turning On the Modulator)

Mixer IF Input 3 dB Bandwidth

Differential Output Current (Open Collectors). See Figure 26.

Linear Output Power. See Figure 25.

IM3 Output Power. See Figure 19.

Output Noise Floor

LOmix Leakage to RF Output

Typ

Units

25

mA

400

MHz

12

mA pk-pk diff.

-15

dBm

-22

dBc

-153

dBm/Hz

-22

dBc

HPMX-2007 Pin Description Table

No. Mnemonic

Description

Typical Signal

1

i

Balanced modulation input

2

i

Z = 75 kΩ || 0.5 pF

600 mV pk-pk differential

average value of VCC/2

3

LOmod Modulator LO input

Z = 5 kΩ || 0.5 pF

40-400 MHz, -10 dBm from

50 Ω source

4

RF

Balanced mixer RF output open collectors 5-4000 MHz, 12 mA pk-pk differential,

5

RF

Z = current src. || 3 kΩ || 0.7 pF

with network shown in Figure 25

6

IF

Balanced mixer input

7

IF

Z = 5 kΩ || 0.5 pF

40-400 MHz, 350 mV pk-pk diff.

8

ENABLE Chip enable input

9 LOmix/mixoff Balanced mixer LO input and mixer

enable line

10

LO1

Z = 1 kΩ || 0.6 pF

11

VEE

Chip substrate connection

12

VCC

Power supply connection

13

MOD

Balanced modulator RF output

14

MOD

open collectors

Z = current src. || 35 kΩ || 0.7 pF

3 V CMOS logic compatible

-10 dBm from 50 Ω source network

shown in Figure 25

0 V (DC and AC ground)

+2.7 - 5.5 V

40-400 MHz, 2 mA pk-pk differential

with network shown in Figure 25

15

q

Balanced modulation input

16

q

Z = 75 kΩ || 0.5 pF

600 mV pk-pk differential

average value of VCC/2

Note: Impedances shown are AC equivalents at each pin, relative to ground. See Figure 26.

7-76

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