SiTime Corporation

New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment
Timers & Clocks

New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment

SiTime’s new Emerald Platform allows operators to deploy 5G equipment in any environment, including harsh. It is the first MEMS oven controlled oscillator in the industry, offering optimal performance in timing, which is critical to the reliable operation of all communications networks. The Emerald Platform is not sensitive to environmental stressors such as vibration, temperature changes and...

Read More »
New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment
Timers & Clocks

New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment

SiTime’s new Emerald Platform allows operators to deploy 5G equipment in any environment, including harsh. It is the first MEMS oven controlled oscillator in the industry, offering optimal performance in timing, which is critical to the reliable operation of all communications networks. The Emerald Platform is not sensitive to environmental stressors such as vibration, temperature changes and...

Read More »
MEMS Reference Clocks provide 300 msec maximum startup time.
Electronic Components & Devices

MEMS Reference Clocks provide 300 msec maximum startup time.

Designed for driving MCUs and analog front end modules, MEMS Reference Clocks are available in SiT1569 Oscillator and SiT1576 Super-TCXO models. Housed in 1.5 mm x 0.8 mm package with 0.60 mm height, units are operated in -40 to +85°C temperature range. SiT1569 features frequency range of 1 Hz to 2 MHz and power supply current of 2.5 µA whereas SiT1569 provides 1 Hz to 462 kHz and 5.5 µA...

Read More »
MEMS Reference Clocks provide 300 msec maximum startup time.
Electronic Components & Devices

MEMS Reference Clocks provide 300 msec maximum startup time.

Designed for driving MCUs and analog front end modules, MEMS Reference Clocks are available in SiT1569 Oscillator and SiT1576 Super-TCXO models. Housed in 1.5 mm x 0.8 mm package with 0.60 mm height, units are operated in -40 to +85°C temperature range. SiT1569 features frequency range of 1 Hz to 2 MHz and power supply current of 2.5 µA whereas SiT1569 provides 1 Hz to 462 kHz and 5.5 µA...

Read More »
Electronic Components & Devices

MEMS Oscillators feature programmable output drive strength for EMI reduction.

Offering ±20 ppm frequency stability, SiT2024/2025 and SiT8924/8925 MEMS oscillators are AEC- Q100 qualified. Operating in -55°C to +125°C temperature, SiT2024/2025 is housed in SOT23-5 package and SiT8924/8925 is available 2.0 x 1.6 mm QFN footprints. Providing best shock resistance at 50,000 g and vibration resistance at 70 g, units operate in 1 to 137 MHz frequency range and provide 1.8V,...

Read More »
Electronic Components & Devices

MEMS Oscillators feature programmable output drive strength for EMI reduction.

Offering ±20 ppm frequency stability, SiT2024/2025 and SiT8924/8925 MEMS oscillators are AEC- Q100 qualified. Operating in -55°C to +125°C temperature, SiT2024/2025 is housed in SOT23-5 package and SiT8924/8925 is available 2.0 x 1.6 mm QFN footprints. Providing best shock resistance at 50,000 g and vibration resistance at 70 g, units operate in 1 to 137 MHz frequency range and provide 1.8V,...

Read More »
Electronic Components & Devices

Precision MEMS Oscillators aid telecom, networking timing market.

Designed to solve problems in telecom and networking equipment, Elite Platform™ Super-TCXOs™ and oscillators bolster communications equipment performance, reliability, and QoS even when environmental stressors are present. These precision devices are- based on DualMEMS™ architecture with TurboCompensation™, which further includes TempFlat MEMS™, 100% accurate thermal coupling, and...

Read More »
Electronic Components & Devices

Precision MEMS Oscillators aid telecom, networking timing market.

Designed to solve problems in telecom and networking equipment, Elite Platform™ Super-TCXOs™ and oscillators bolster communications equipment performance, reliability, and QoS even when environmental stressors are present. These precision devices are- based on DualMEMS™ architecture with TurboCompensation™, which further includes TempFlat MEMS™, 100% accurate thermal coupling, and...

Read More »
Communication Systems & Equipment

Compact Stable 32 kHz TCXO offer in-system auto-calibration.

85% Smaller, Most Accurate MEMS Timing Solution is Ideal for Wearables, IoT SUNNYVALE, Calif. – SiTime Corporation, a MEMS and analog semiconductor company and a wholly owned subsidiary of MegaChips Corporation (Tokyo Stock Exchange: 6875), today introduced the SiT156x/7x families of 32 kHz Super-TCXOs. These unique timing solutions are available in a tiny, 1.2 mm(2) footprint, which is up to...

Read More »
Communication Systems & Equipment

Compact Stable 32 kHz TCXO offer in-system auto-calibration.

85% Smaller, Most Accurate MEMS Timing Solution is Ideal for Wearables, IoT SUNNYVALE, Calif.- – SiTime Corporation, a MEMS and analog semiconductor company and a wholly owned subsidiary of MegaChips Corporation (Tokyo Stock Exchange: 6875), today introduced the SiT156x/7x families of 32 kHz Super-TCXOs. These unique timing solutions are available in a tiny, 1.2 mm(2) footprint, which is up to...

Read More »
New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment
Timers & Clocks

New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment

SiTime’s new Emerald Platform allows operators to deploy 5G equipment in any environment, including harsh. It is the first MEMS oven controlled oscillator in the industry, offering optimal performance in timing, which is critical to the reliable operation of all communications networks. The Emerald Platform is not sensitive to environmental stressors such as vibration, temperature changes and...

Read More »
New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment
Timers & Clocks

New Timing Solution from SiTime Helps Solve Timing Problems for 5G Equipment

SiTime’s new Emerald Platform allows operators to deploy 5G equipment in any environment, including harsh. It is the first MEMS oven controlled oscillator in the industry, offering optimal performance in timing, which is critical to the reliable operation of all communications networks. The Emerald Platform is not sensitive to environmental stressors such as vibration, temperature changes and...

Read More »
MEMS Reference Clocks provide 300 msec maximum startup time.
Electronic Components & Devices

MEMS Reference Clocks provide 300 msec maximum startup time.

Designed for driving MCUs and analog front end modules, MEMS Reference Clocks are available in SiT1569 Oscillator and SiT1576 Super-TCXO models. Housed in 1.5 mm x 0.8 mm package with 0.60 mm height, units are operated in -40 to +85°C temperature range. SiT1569 features frequency range of 1 Hz to 2 MHz and power supply current of 2.5 µA whereas SiT1569 provides 1 Hz to 462 kHz and 5.5 µA...

Read More »
MEMS Reference Clocks provide 300 msec maximum startup time.
Electronic Components & Devices

MEMS Reference Clocks provide 300 msec maximum startup time.

Designed for driving MCUs and analog front end modules, MEMS Reference Clocks are available in SiT1569 Oscillator and SiT1576 Super-TCXO models. Housed in 1.5 mm x 0.8 mm package with 0.60 mm height, units are operated in -40 to +85°C temperature range. SiT1569 features frequency range of 1 Hz to 2 MHz and power supply current of 2.5 µA whereas SiT1569 provides 1 Hz to 462 kHz and 5.5 µA...

Read More »
Electronic Components & Devices

MEMS Oscillators feature programmable output drive strength for EMI reduction.

Offering ±20 ppm frequency stability, SiT2024/2025 and SiT8924/8925 MEMS oscillators are AEC- Q100 qualified. Operating in -55°C to +125°C temperature, SiT2024/2025 is housed in SOT23-5 package and SiT8924/8925 is available 2.0 x 1.6 mm QFN footprints. Providing best shock resistance at 50,000 g and vibration resistance at 70 g, units operate in 1 to 137 MHz frequency range and provide 1.8V,...

Read More »
Electronic Components & Devices

MEMS Oscillators feature programmable output drive strength for EMI reduction.

Offering ±20 ppm frequency stability, SiT2024/2025 and SiT8924/8925 MEMS oscillators are AEC- Q100 qualified. Operating in -55°C to +125°C temperature, SiT2024/2025 is housed in SOT23-5 package and SiT8924/8925 is available 2.0 x 1.6 mm QFN footprints. Providing best shock resistance at 50,000 g and vibration resistance at 70 g, units operate in 1 to 137 MHz frequency range and provide 1.8V,...

Read More »
Electronic Components & Devices

Precision MEMS Oscillators aid telecom, networking timing market.

Designed to solve problems in telecom and networking equipment, Elite Platform™ Super-TCXOs™ and oscillators bolster communications equipment performance, reliability, and QoS even when environmental stressors are present. These precision devices are- based on DualMEMS™ architecture with TurboCompensation™, which further includes TempFlat MEMS™, 100% accurate thermal coupling, and...

Read More »
Electronic Components & Devices

Precision MEMS Oscillators aid telecom, networking timing market.

Designed to solve problems in telecom and networking equipment, Elite Platform™ Super-TCXOs™ and oscillators bolster communications equipment performance, reliability, and QoS even when environmental stressors are present. These precision devices are- based on DualMEMS™ architecture with TurboCompensation™, which further includes TempFlat MEMS™, 100% accurate thermal coupling, and...

Read More »
Communication Systems & Equipment

Compact Stable 32 kHz TCXO offer in-system auto-calibration.

85% Smaller, Most Accurate MEMS Timing Solution is Ideal for Wearables, IoT SUNNYVALE, Calif. – SiTime Corporation, a MEMS and analog semiconductor company and a wholly owned subsidiary of MegaChips Corporation (Tokyo Stock Exchange: 6875), today introduced the SiT156x/7x families of 32 kHz Super-TCXOs. These unique timing solutions are available in a tiny, 1.2 mm(2) footprint, which is up to...

Read More »
Communication Systems & Equipment

Compact Stable 32 kHz TCXO offer in-system auto-calibration.

85% Smaller, Most Accurate MEMS Timing Solution is Ideal for Wearables, IoT SUNNYVALE, Calif.- – SiTime Corporation, a MEMS and analog semiconductor company and a wholly owned subsidiary of MegaChips Corporation (Tokyo Stock Exchange: 6875), today introduced the SiT156x/7x families of 32 kHz Super-TCXOs. These unique timing solutions are available in a tiny, 1.2 mm(2) footprint, which is up to...

Read More »

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