Configure Part and Sample

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CONFIGURE YOUR PART AND SAMPLE

App

Prod

Auto

IOT

COM

OSC

Buffers

Select your desired number of outputs to continue:

Reference Type:

Integrated MEMS

External Crystal

External Reference Clock

Reference Type:

Integrated MEMS

Integrated Crystal

External Reference Clock

Reference Type:

Integrated MEMS

Integrated Crystal

External Crystal

External Reference Clock

Reference Type:

External Crystal

External Reference Clock

Integrated Crystal

Reference Type:

External Crystal

External Reference Clock

Reference Type:

External Crystal

External Reference Clock

Reference Type:

Integrated MEMS

Reference Type:

Integrated MEMS

Integrated Crystal

Reference Type:

External Crystal

External Reference Clock

Reference Type:

Integrated MEMS

Integrated Crystal

External Crystal

External Reference Clock

Frequency Stability:

>10ppm

<10ppm

Performance:

Low Current

Low Jitter

Output Format:

LVCMOS

Differential

Spread Spectrum:

Yes

JitterBlocker:

Yes

FSEL (CSEL):

None

Supply Current:

1-3mA

5mA

5-7mA

Phase Jitter (RMS):

0.65ps

1.5ps

Spread Spectrum:

Yes

Frequency Stability:

>10ppm

<10ppm

Spread Spectrum:

Yes

Performance:

Low Power

Low Jitter

Supply Current:

1-3mA

5mA

Low Power/Low Jitter:

DSA100x (Low Power)

DSA11xx (Low Jitter)

Performance:

Low Power

Low Jitter

Performance:

Low Power

Low Jitter

Performance:

> 200fs

< 200fs

Performance:

Low Power

Low Jitter

Phase Jitter (RMS):

0.65ps

1.5ps

DSC100x: Low-power, MEMS single output oscillators.
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 1MHz-150MHz LVCMOS
Output Format: LVCMOS Differential
Frequency Stability (ppm): ±50 ±25 ±20 ±10
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105
Package Size (mm x mm): 7.0 x 5.0 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Drive Strength (pF): Standard (15) High (25) High (40)
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSC11xx: Low-jitter, MEMS single output oscillators
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 2.3/3.3MHz-170MHz LVCMOS, 2.3/3.3MHz-460MHz Differential
Output Format: LVCMOS LVPECL LVDS HCSL
Drive Strength: Standard Low
Frequency Stability (ppm): ±50 ±25 ±20 ±10
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105 -55 to 125
Package Size (mm x mm): 7.0 x 5.0 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Control Pin: Enable/Disable *Enable/Standby option is not currently supported.
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSC15xx: Low-Power Low-Jitter LVCMOS MEMS Oscillator
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 3.3V/2.5V: 2.3MHz to 170MHz (standard drive), 2.3MHz to 125MHz (medium drive), 2.3MHz to 50MHz (low drive) 1.8V: 2.3MHz to 125MHz (standard drive), 2.3MHz to 60MHz (low drive)
Operation Voltage: 3.3/2.5V 1.8V
Output Format: LVCMOS Differential
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105 -40 to 125
Package Size (mm x mm): 7.0 x 5.0 2.5 x 2.0 2.0 x 1.6
Coming Soon: 5.0 x 3.2 3.2 x 2.5
Drive Strength: Standard Medium Low
Control Pin: Enable/Standby Enable/Disable
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSC12xx: High performance, MEMS single output oscillators
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 2.5MHz-170MHz LVCMOS, 2.5MHz-450MHz Differential Frequency1 (MHz) FS = 1: Frequency2 (MHz) FS = 0: 2.5MHz-170MHz LVCMOS, 2.5MHz-450MHz Differential
Output Format: LVCMOS LVPECL LVDS HCSL
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105 -40 to 125
Package Size (mm x mm): 7.0 x 5.0 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Control Pin Location: Pin 1 Pin 2
Control Pin: Enable/Standby Enable/Disable Frequency Select
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA12xx: High Performance MEMS Oscillators for Automotive
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 2.5MHz-170MHz LVCMOS, 2.5MHz-450MHz Differential Frequency1 (MHz) FS = 1: Frequency2 (MHz) FS = 0: 2.5MHz-170MHz LVCMOS, 2.5MHz-450MHz Differential
Output Format: LVCMOS LVPECL LVDS HCSL
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -40 to 85 (Grade 3) -40 to 105 (Grade 2) -40 to 125 (Grade 1)
Package Size (mm x mm): 7.0 x 5.0 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Control Pin Location: Pin 1 Pin 2
Control Pin: Enable/Standby Enable/Disable Frequency Select
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

MX55/57: Very Low-jitter, crystal integrated, single-output oscillators
Fill out the form below, configured part number, specific data sheet, and sample will be available on the bottom of the page.

Frequency (MHz):	Custom Frequency (MHz):
Output Format: LVCMOS LVPECL LVDS HCSL
Frequency Stability (ppm): ±50
Package Size (mm x mm): 7.0 x 5.0 5.0 x 3.2
Control Pin: OE Pin 1 OE Pin 2
Control Pin Polarity: Active High Active Low
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

MXT57: Very Low-jitter TXCO, crystal integrated, single-output oscillators
Fill out the form below, configured part number, specific data sheet, and sample will be available on the bottom of the page.

Frequency (MHz):	Custom Frequency (MHz):
Output Format: LVCMOS LVPECL LVDS HCSL
Frequency Stability (ppm): ±5 ±2.5
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

MX77: Ultra-Low Jitter Clock Oscillator with Integrated Quartz Crystal
Fill out the form below, configured part number, specific data sheet, and sample will be available on the bottom of the page.

Frequency (MHz):
Output Format: LVCMOS LVPECL LVDS HCSL
Frequency Stability (ppm): ±50
Control Pin: OE Pin 1
Control Pin Polarity: Active High
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSC60xxB/61xxB: Very Low-power, MEMS single-output oscillators
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): DSC60xxB: 2kHz-80MHz LVCMOS, DSC61xxB: 3.5kHz-100MHz LVCMOS Freq Format Example: MHz = 32.76800 \| KHz = 0 .032768 For dual frequency output set "Control Pin" (below) to FS and then enter the 2 frequencies. Frequency1 (MHz) FS = 1: Frequency2 (MHz) FS = 0: DSC60xxB: 2kHz-80MHz LVCMOS, DSC61xxB: 3.5kHz-100MHz LVCMOS Both frequencies must be in MHz or both in kHz. Freq Format Example: MHz = 32.76800 \| KHz = 0 .032768
Output Format: LVCMOS Differential
Power Consumption/Jitter: DSC60xxB (1-3mA, 15ps) DSC61xxB (3-5mA, 5ps)
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105 -40 to 125
Package Size (mm x mm): 7x5 5x3.2 3.2x2.5 2.5x2 2x1.6 1.6x1.2
Drive Strength (pF): Low (5) Standard (10) High (15)
Control Pin: Enable/Standby Enable/Disable FS (select two pre-program frequencies)
Internal Pull up on Control Pin (Pin1): Yes No
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSC63xxB: Very Low-power, MEMS single-output oscillators (spread spectrum)
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 1MHz-100MHz LVCMOS
Output Format: LVCMOS Differential
Spread Percentage:
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -20 to 70 -40 to 85 -40 to 105 -40 to 125
Package Size (mm x mm): 7x5 5x3.2 3.2x2.5 2.5x2 2x1.6 1.6x1.2
Drive Strength (pF): Standard (10) High (15)
Control Pin: Enable/Standby Enable/Disable SSEN (Spectrum Enable)
Internal Pull up on Control Pin (Pin1): Yes No (not available yet)
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA100x: Low-power, MEMS LVCMOS oscillators for Automotive.
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 1MHz-150MHz LVCMOS
Output Format: LVCMOS Differential
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -40 to 85 (Grade 3) -40 to 105 (Grade 2)
Package Size (mm x mm): 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Drive Strength (pF): Standard (15) High (25) High (40)
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA11xx: Low-jitter, MEMS oscillators for Automotive
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 2.3MHz-170MHz LVCMOS 2.3MHz-460MHz Differential
Output Format: LVCMOS LVDS HCSL
Drive Strength: Standard Low
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -40 to 85 (Grade 3) -40 to 105 (Grade 2) -40 to 125 (Grade 1)
Package Size (mm x mm): 5.0 x 3.2 3.2 x 2.5 2.5 x 2.0
Control Pin: Enable/Disable *Enable/Standby option is not currently supported.
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA60xx/61xx: Very Low-power, MEMS oscillators for automotive
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): DSA60xx: 2kHz-80MHz LVCMOS, DSA61xx: 3.5kHz-100MHz LVCMOS Freq Format Example: MHz = 32.76800 \| KHz = 0 .032768 For dual frequency output set "Control Pin" (below) to FS and then enter the 2 frequencies. Frequency1 (MHz) FS = 1: Frequency2 (MHz) FS = 0: DSC60xxB: 2kHz-80MHz LVCMOS, DSC61xxB: 3.5kHz-100MHz LVCMOS Both frequencies must be in MHz or both in kHz. Freq Format Example: MHz = 32.76800 \| KHz = 0 .032768
Output Format: LVCMOS Differential
Power Consumption/Jitter: DSA60xx (1-3mA, 15ps) DSA61xx (3-5mA, 5ps)
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -40 to 85 (Grade 3) -40 to 105 (Grade 2) -40 to 125 (Grade 1)
Package Size (mm x mm): 7x5 5x3.2 3.2x2.5 2.5x2 2x1.6 1.6x1.2
Drive Strength (pF): Low (5) Standard (10) High (15)
Control Pin: Enable/Standby Enable/Disable FS (select two pre-program frequencies)
Internal Pull up on Control Pin (Pin1): Yes No
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA63xx: Very Low-power, MEMS spread spectrum oscillators for automotive.
Fill out the form below, configured part number, master data sheet, and sample will be available on the bottom of the page.

Frequency (MHz): 1MHz-100MHz LVCMOS
Output Format: LVCMOS Differential
Spread Percentage:
Frequency Stability (ppm): ±50 ±25 ±20
Temperature Range (°C): -40 to 85 (Grade 3) -40 to 105 (Grade 2) -40 to 125 (Grade 1)
Package Size (mm x mm): 7x5 5x3.2 3.2x2.5 2.5x2 2x1.6 1.6x1.2
Drive Strength (pF): Standard (10) High (15)
Control Pin: Enable/Standby Enable/Disable SSEN (Spectrum Enable)
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

Configured Part Number:

If part number does not exist in microchipDIRECT, please allow up to 48 hours for the new part number to be added (happens automatically once you click).

For help send email to tcg_help@microchip.com

Configured Part Number (Partial):

Output Frequency 1:

MHz

Output Format 1:

Output Frequency 1:

MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:

Output Frequency 1:

MHz

Output Frequency 2:

MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:

Output Frequency 1:

MHz

Output Frequency 2:

MHz

Output Frequency 3:

MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:

Output Frequency 1: MHz	Output Frequency 2: MHz
Output Frequency 3: MHz	Output Frequency 4: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:
Output Frequency 8: MHz	Output Format 8:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz	Output Frequency 8: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:
Output Frequency 8: MHz	Output Format 8:
Output Frequency 9: MHz	Output Format 9:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz	Output Frequency 8: MHz	Output Frequency 9: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:
Output Frequency 8: MHz	Output Format 8:
Output Frequency 9: MHz	Output Format 9:
Output Frequency 10: MHz	Output Format 10:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz	Output Frequency 8: MHz	Output Frequency 9: MHz
Output Frequency 10: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:
Output Frequency 8: MHz	Output Format 8:
Output Frequency 9: MHz	Output Format 9:
Output Frequency 10: MHz	Output Format 10:
Output Frequency 11: MHz	Output Format 11:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz	Output Frequency 8: MHz	Output Frequency 9: MHz
Output Frequency 10: MHz	Output Frequency 11: MHz

Output Frequency 1: MHz	Output Format 1:
Output Frequency 2: MHz	Output Format 2:
Output Frequency 3: MHz	Output Format 3:
Output Frequency 4: MHz	Output Format 4:
Output Frequency 5: MHz	Output Format 5:
Output Frequency 6: MHz	Output Format 6:
Output Frequency 7: MHz	Output Format 7:
Output Frequency 8: MHz	Output Format 8:
Output Frequency 9: MHz	Output Format 9:
Output Frequency 10: MHz	Output Format 10:
Output Frequency 11: MHz	Output Format 11:
Output Frequency 12: MHz	Output Format 12:

Output Frequency 1: MHz	Output Frequency 2: MHz	Output Frequency 3: MHz
Output Frequency 4: MHz	Output Frequency 5: MHz	Output Frequency 6: MHz
Output Frequency 7: MHz	Output Frequency 8: MHz	Output Frequency 9: MHz
Output Frequency 10: MHz	Output Frequency 11: MHz	Output Frequency 12: MHz

Input Frequency:

MHz

SM802
• Ultra Low-Jitter, 200fs
• Single PLL
• 1-8 Differential (12MHz to 850MHz) or 1-16 LVCMOS (12MHz to 250MHz) Outputs
• Master data sheet

SM803
• Ultra Low-Jitter, 100fs
• Dual PLLs
• 1-12 Differential (12MHz to 850MHz) or LVCMOS (12MHz to 250MHz) Outputs
• Master data sheet

SM806
• Ultra Low-Jitter, 78fs
• Single PLLs
• 1-6 Differential (12.5MHz to 875MHz) or LVCMOS (12.5MHz to 300MHz) Outputs
• Master data sheet

DSC400
• MEMS Integrated Resonator
• 2 Independent PLLs
• 4 Differential or LVCMOS Outputs
• Master data sheet

DSA400
• MEMS Automotive Integrated Resonator
• 2 Independent PLLs
• 4 Differential or LVCMOS Outputs
• Master data sheet

DSC2xxx
• MEMS Integrated Resonator
• 2 Differential or LVCMOS Outputs

DSA2xxx
• MEMS Automotive Integrated Resonator
• 2 Differential or LVCMOS Outputs
• Master data sheet

DSC2311
• MEMS Integrated Resonator
• 2 LVCMOS Outputs (2.3MHz to 170MHz)
• Master data sheet

DSC612
• MEMS Integrated Resonator
• 2 LVCMOS Outputs (0.0035MHz to 100MHz)
• Master data sheet

DSC613
• MEMS Integrated Resonator
• 3 LVCMOS Outputs (0.0035MHz to 100MHz)
• Master data sheet

DSA612
• MEMS Integrated Resonator for Automotive
• 2 LVCMOS Outputs (0.0035MHz to 100MHz)
• Master data sheet

DSA613
• MEMS Integrated Resonator for Automotive
• 3 LVCMOS Outputs (0.0035MHz to 100MHz)
• Master data sheet

DSA2311
• Configurable Two Output MEMS Clock Generator for Automotive
• 2 LVCMOS Outputs (2.3MHz to 170MHz)
• Master data sheet

MX85
• Ultra Low-Jitter, 200fs Phase Jitter
• 1-5 Differential or 1-10 LVCMOS Outputs
• Integrated Crystal
• Master data sheet

TCXO MXT85
• 1-5 Differential or 1-10 LVCMOS Outputs
• Integrated Crystal

PL610-01 (SOT23-6L and DFN-6L packages)
• No PLL
• Up to 2 LVCMOS outputs ≤ 130MHz
• Master data sheet

PL611s-02 (SOT23-6L and DFN-6L packages)
• One PLL
• Up to 2 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611s-18 (SOT23-6L and DFN-6L packages)
• One PLL
• Up to 2 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611s-19 (SOT23-6L and DFN-6L packages)
• One PLL
• Up to 2 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611-01 (SOT23-6L and [M]SOP-8L packages)
• One PLL
• Up to 3 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611-01 ([M]SOP-8L packages)
• One PLL
• Up to 3 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611-30 ([M]SOP-8L packages)
• One PLL
• Up to 3 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL611-31 (SOP-8L package)
• One PLL
• Up to 3 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL613-01 (QFN-16L/TSSOP-16L packages)
• Three PLL
• Up to 8 LVCMOS outputs ≤ 200MHz
• Master data sheet

PL613-01 (QFN-16L/TSSOP-16L), PL613-05 (SOP-8L)
• Three PLL
• Up to 8 LVCMOS outputs ≤ 200MHz
• PL613-01 master data sheet
• PL613-05 master data sheet

PL613-21 (QFN-16L package)
• Three PLL
• Up to 4 LVCMOS outputs ≤ 125MHz
• Master data sheet

JitterBlocker PL902
• Ultra Low-Jitter, 200fs
• Up to 3 LVCMOS Outputs, 5MHz to 200MHz

JitterBlocker PL903
• Ultra Low-Jitter, 200fs
• 1 Differential or 2 LVCMOS Outputs, 12MHz to 840MHz

JitterBlocker PL904
• Ultra Low-Jitter, 200fs
• 2 Differential or 2 LVCMOS Outputs, 12MHz to 850MHz

PL671-01 (SOT23-6L) Spread Spectrum
• Center or down spread
• Up to 3 LVCMOS outputs ≤ 200MHz
• PL671-01 master data sheet

PL671-02 (SOT23-6L) Spread Spectrum
• Center or down spread
• Up to 3 LVCMOS outputs ≤ 200MHz
• PL671-02 master data sheet

PL671-01 (SOP-8L, MSOP-8L) Spread Spectrum
• Center or down spread
• Up to 3 LVCMOS outputs ≤ 200MHz
• PL671-01 master data sheet