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LTM9001 Datasheet(PDF) 13 Page - Linear Technology

Part # LTM9001
Description  16-Bit IF/Baseband Receiver Subsystem
PDF  28 Pages
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Manufacturer  LINER [Linear Technology]
Direct Link  http://www.linear.com
Logo LINER - Linear Technology

LTM9001 Datasheet(HTML) 13 Page - Linear Technology

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LTM9001
13
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PIN FUNCTIONS
Digital Outputs
For CMOS Mode, Full Rate or Demultiplexed
DA0 to DA15 (Pins E9 to H5): Digital Outputs, A Bus.
DA15 is the MSB. Output bus for full rate CMOS mode
and demultiplexed mode.
CLKOUTA (Pin E8): Inverted Data Valid Output. CLKOUTA
will toggle at the sample rate in full rate CMOS mode or
at 1/2 the sample rate in demultiplexed mode. Latch the
data on the rising edge of CLKOUTA.
OFB (Pin E6): Over/Under Flow Digital Output for the B
Bus. OFB is high when an over or under flow has occurred
on the B bus. OFB is in a high impedance state in full rate
CMOS mode.
DB0 to DB15 (Pins B5 to D9): Digital Outputs, B Bus. DB15
is the MSB. Active in demultiplexed mode. The B bus is in
a high impedance state in full rate CMOS mode.
CLKOUTB (Pin E7): Data Valid Output. CLKOUTB will toggle
at the sample rate in full rate CMOS mode or at 1/2 the
sample rate in demultiplexed mode. Latch the data on the
falling edge of CLKOUTB.
OFA (Pin G5): Over/Under Flow Digital Output for the A
Bus. OFA is high when an over or under flow has occurred
on the A bus.
For LVDS Mode, STANDARD or LOW POWER
D0–/D0+ to D15–/D15+ (Pins B5 to G6):
LVDS Digital Out-
puts. All LVDS outputs require differential 100Ω termination
resistors at the LVDS receiver. D15+/D15– is the MSB.
CLKOUT–/CLKOUT+ (Pins E6, E7):
LVDS Data Valid Output.
Latch data on the rising edge of CLKOUT+, falling edge
of CLKOUT–.
OF–/OF+ (Pins H5, G5):
Over/Under Flow Digital Output.
OF is high when an over or under flow has occurred.
Pin Configuration (LVDS Outputs/CMOS Outputs)
12345
6
7
8
9
J
GND
GND
SENSE
GND
D14+/DA12
D14–/DA11
D12+/DA8
D12–/DA7
OGND
HIN–
GND
AMPSHDN
GND
OF–/DA15
D15–/DA13
D13–/DA9
D11–/DA5
D11+/DA6
GIN+
GND
MODE
GND
OF+/OFA
D15+/DA14
D13+/DA10
OGND
OVDD
F
GND
GND
RAND
GND
LVDS
D9–/DA1
D9+/DA2
D10–/DA3
D10+/DA4
EVCC
VCC
PGA
GND
VDD
CLKOUT–/OFB CLKOUT+/CLKOUTB D8–/CLKOUTA
D8+/DA0
D
GND
GND
DNC
GND
VDD
D6–/DB12
D6+/DB13
D7–/DB14
D7+/DB15
CENC+
GND
DNC
GND
D0+/DB1
D4–/DB8
D4+/DB9
D5–/DB10
D5+/DB11
BENC–
GND
ADCSHDN
GND
D0–/DB0
D1–/DB2
D1+/DB3
D3+/DB7
D3–/DB6
A
GND
GND
DITH
GND
OGND
OVDD
D2–/DB4
D2+/DB5
OGND



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