Microchip Technology Inc

DSC6000 family of ultra-low power, ultra-small package MEMS oscillators

The DSC6000 family of MEMS oscillators combines the industry leading low power consumption and ultra-small packages with exceptional frequency stability and jitter performance over temperature.  The single-output DSC6000 MEMS oscillators are excellent choices for use as clock references in small, battery-powered devices such as wearable and Internet of Things (IoT) devices in which small size, low power consumption, and long-term reliability are paramount. They also meet the stringent mechanical durability and reliability requirements within Automotive Electronics Council standard Q100 (AEC-Q100), so they are well suited for under-hood applications as well.

Key Attributes

  • Ultra-Small Footprint
  • 1.6mm x 1.2mm |75% board space saving than quartz oscillators
  • Ultra-Low Power Consumption
  • 1.3mA | 50% less than traditional low power quartz oscillator
  • High Stability over Wide Temperature Range
  • ±25 ppm over -40° to 85° C
  • High Reliability
  • 5X better vibration tolerance,
    500X better mechanical shock tolerance
    AEC-Q100 Capable
  • Highly Flexible
  • Multi-rate output
    Online and Field tools allow fast sampling & rapid prototyping
  • Wide Frequency Range
  • 2kHz to 80MHz
  • Wide Supply Range
  • Supply Range of 1.71 to 3.63 V
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Target Applications

  • Low Power / Portable Applications — IoT, Embedded/Smart devices
  • Consumer — Home healthcare, Fitness devices, Home automation
  • Automotive — Back view/Surround view cameras, Infotainment system
  • Industrial — Building/Factory automation, Surveillance camera
For our entire portfolio of clocks & oscillators, go to www.microchip.com/timing.
Tabs / Promo / DSC6000
Product Variant Table

Product Variant Table

Part # Description Frequency Range Power Consumption (typ) Period Jitter (RMS) VDD (V) Package Size Temp. Range Stability
DSC6101 Ultra-low power MEMS Oscillator, lower jitter, Pin1=OE, standard drive 1-100MHz 3mA 7.5ps 1.71 to 3.63 H = 1.6x1.2mm,
M = 2.0x1.6mm,
J = 2.5x.20mm,
C = 3.2x2.5mm
E = −20 to70°C,
I = −40 to 85°C
2 = ±25ppm,
1 = ±50ppm
DSC6102 Ultra-low power MEMS Oscillator, lower jitter, Pin1=OE, high drive 1-100MHz 3mA 7.5ps
DSC6111 Ultra-low power MEMS Oscillator, lower jitter, Pin1=Standby, standard drive 1-100MHz 3mA 7.5ps
DSC6112 Ultra-low power MEMS Oscillator, lower jitter, Pin1=Standby, high drive 1-100MHz 3mA 7.5ps
DSC6121 Ultra-low power MEMS Oscillator, lower jitter, Pin1=FS (Frequency Select), standard drive 1-100MHz 3mA 7.5ps
DSC6122 Ultra-low power MEMS Oscillator, lower jitter, Pin1=FS (Frequency Select), high drive 1-100MHz 3mA 7.5ps
DSC6001 Ultra-low power MEMS Oscillator, Pin1=OE, standard drive 1-80MHz 1.3mA 20ps
DSC6003 Ultra-low power MEMS Oscillator, Pin1=OE, low drive 1-80MHz 1.3mA 25ps
DSC6011 Ultra-low power MEMS Oscillator, Pin1=Standby, standard drive 1-80MHz 1.3mA 20ps
DSC6013 Ultra-low power MEMS Oscillator, Pin1=Standby, low drive 1-80MHz 1.3mA 25ps
DSC6021 Ultra-low power MEMS Oscillator, Pin1=Frequency Select, standard drive 1-80MHz 1.3mA 20ps
DSC6023 Ultra-low power MEMS Oscillator, Pin1=Frequency Select, low drive 1-80MHz 1.3mA 25ps
DSC6183 Ultra-low power MEMs Oscillator, 2-999KHz, Lower jitter, output on pin 1 2-2999MHz 1.2mA 15ps
DSC6083 Ultra-low power MEMs Oscillator, 2-999KHz, output on pin 1 2-2999MHz 1.2mA 25ps