Configure Part and Sample

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

Integrated Crystal

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

Phase Jitter (RMS):

0.65ps

1.5ps

Spread Spectrum:

Yes

Frequency Stability:

>10ppm

<10ppm

Low Power/Low Jitter:

DSA100x (Low Power)

DSA11x1/x5 (Low Jitter)

Performance:

Low Power

Low Jitter

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
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/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.

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.

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 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: 1MHz-80MHz, DSC61xxB: 1MHz-100MHz
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): 3.2 x 2.5 2.5 x 2.0 2.0 x 1.6 1.6 x 1.2
Drive Strength (pF): Low (5) Standard (15) High (25)
Control Pin: Enable/Standby Enable/Disable FS (select two pre-program frequencies)
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.

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): 3.2 x 2.5 2.5 x 2.0 2.0 x 1.6 1.6 x 1.2
Drive Strength (pF): Standard (15) High (25)
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 (Coming soon) 3.2 x 2.5 (Coming soon) 2.5 x 2.0
Drive Strength (pF): Standard (15) High (25) (Coming soon) High (40) (Coming soon)
Packaging: Bulk Tape and Reel* *All samples will be provided in Bulk. Tape and Reel only for part number reference.

DSA11x1/x5: Low-jitter, 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): 2.3MHz-170MHz LVCMOS
Output Format: LVCMOS Differential
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
Drive Strength (pF): Standard (15) Low (5)
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.

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.
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

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

DSC2xxx
• MEMS Integrated Resonator
• 2 Differential or LVCMOS Outputs

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

DSC612
• MEMS Integrated Resonator
• 2 LVCMOS Outputs (0.002MHz to 100MHz)
• Master data sheet

DSC613
• MEMS Integrated Resonator
• 3 LVCMOS Outputs (0.002MHz 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