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PL133-97
  • PL133-97

PL133-97

In Production

The PL133-97 is an advanced fanout buffer design for high performance, low-power, small form factor applications. The PL133-97 accepts a reference clock input from DC to 150 MHz and provides 9 outputs of the same frequency.The PL133-97 is offered in a QFN-16L 3mm x 3mm package and it offers the best phase noise, additive jitter performance, and lowest power consumption of any comparable IC. The PL133-97 outputs can be disabled to a high impedance (tri-state) by pulling low the OE pin. When the OE pin is high, the outputs are enabled and follow the REF input signal. When the OE pin is left open, a pull-up resistor on the chip will default the OE pin to logic 1 so the outputs are enabled....

Microchip Technology PL133-97 Product Info

16 April 2026 2

Parameters

Description

1:9 CMOS Fanout Buffer 1.8-3.3V

Input

LVCMOS

Output

LVCMOS

Supply Voltage

2.5/3.3

Max Freq (GHz)

0.15

Icc (mA)

0

Max Within Device Skew (ps)

250

OE

True

Input Mux

False

Input (MHz)

DC

Number Of Outputs

9

Buffer Type

Fanout

Fanout

1:9

Max Prop Delay (ps)

9200

Features

    • 1:9 LVCMOS output fanout buffer for DC to 150MHz
    • 8mA Output Drive Strength
    • Low power consumption for portable applications
    • Low input-output delay
    • Output-Output skew less than 250ps
    • Low Additive Phase Jitter of 60fs RMS
    • 1.8V to 3.3V ±10% operation
    • Operating temperature range from -40°C to 85°C
    • Available in 16-Pin QFN GREEN/RoHS package

Description

The PL133-97 is an advanced fanout buffer design for high performance, low-power, small form factor applications. The PL133-97 accepts a reference clock input from DC to 150 MHz and provides 9 outputs of the same frequency.The PL133-97 is offered in a QFN-16L 3mm x 3mm package and it offers the best phase noise, additive jitter performance, and lowest power consumption of any comparable IC. The PL133-97 outputs can be disabled to a high impedance (tri-state) by pulling low the OE pin. When the OE pin is high, the outputs are enabled and follow the REF input signal. When the OE pin is left open, a pull-up resistor on the chip will default the OE pin to logic 1 so the outputs are enabled.

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