CY2302SZC-1T Voltage Regulator IC, DC-DC Converter, SOT-23 Package

CY2302SZC-1T Overview

The CY2302SZC-1T is a high-performance clock generator designed to deliver precise and stable frequency outputs for industrial and communication systems. Featuring a single output with programmable frequencies, this device ensures low phase jitter and excellent signal integrity, making it ideal for applications requiring accurate timing references. Its compact SC-70-5 package supports easy PCB integration while maintaining reliable operation across a wide temperature range. Designed for efficient power consumption and robust performance, the CY2302SZC-1T meets the demanding needs of modern electronic systems. For further technical details, visit IC-Hersteller.

CY2302SZC-1T Technical Specifications

Parameter	Spezifikation
Ausgangsfrequenzbereich	8 kHz to 150 MHz
Ausgangstyp	CMOS
Versorgungsspannung	3.3 V ?? 10%
Phase Jitter (RMS)	Typically 1.0 ps (12 kHz to 20 MHz)
Frequency Stability	??50 ppm over temperature and voltage
Betriebstemperaturbereich	-40 ??C bis +85 ??C
Paket Typ	SC-70-5
Enable/Disable Function	Yes, active high enable input
Startup Time	10 ms maximum
Output Drive Strength	24 mA

CY2302SZC-1T Key Features

• Wide Output Frequency Range: Supports frequencies from 8 kHz to 150 MHz, providing flexibility for diverse timing requirements across communication and industrial systems.
• Low Phase Jitter Performance: Typically 1.0 ps RMS jitter ensures minimal signal distortion, critical for high-speed data transfer and precise clocking applications.
• Compact SC-70-5 Package: Enables space-saving PCB layouts and easy assembly in size-constrained environments without compromising performance.
• Robust Operating Conditions: Maintains frequency stability with ??50 ppm tolerance across a broad voltage and temperature range, ensuring reliable operation in harsh industrial environments.
• Integrated Enable Pin: Provides system-level control to enable or disable the clock output, aiding power management and system flexibility.

CY2302SZC-1T Advantages vs Typical Alternatives

Compared to typical clock generators, this device offers superior phase noise and frequency stability, enhancing signal accuracy and system reliability. Its low power consumption combined with a compact SC-70-5 package facilitates integration into space-constrained designs. The enable/disable functionality provides added control over power efficiency, making it a preferred choice for sensitive industrial and communication applications requiring precise timing.

Typische Anwendungen

• Telecommunication equipment requiring stable clock references for data synchronization and signal processing, benefiting from low jitter and wide frequency support.
• Industrial control systems where accurate timing ensures coordinated operation of machinery and sensor data acquisition.
• Embedded systems and microcontroller clock sources demanding reliable, low-noise clock signals for processing tasks.
• Consumer electronics that require precise timing for audio/video synchronization and interface timing.

CY2302SZC-1T Brand Info

This product is part of a specialized line of clock generators designed and manufactured by a leading semiconductor supplier focusing on precision timing devices. The CY2302SZC-1T exemplifies the brand??s commitment to delivering high-quality, reliable, and efficient clock solutions that meet industrial-grade performance standards. It reflects the brand??s expertise in combining advanced semiconductor process technology with rigorous quality control to support critical timing needs in demanding electronic systems.

FAQ

What frequency ranges does the CY2302SZC-1T support, and how precise are these outputs?

The device supports output frequencies from 8 kHz up to 150 MHz, offering a wide range to suit various applications. Output frequency stability is maintained within ??50 ppm across temperature and supply voltage variations, ensuring precise and reliable timing signals.

How does the enable function operate on this clock generator?

The enable pin is active high, allowing users to control the clock output by enabling or disabling it as needed. This feature helps in power management by shutting down the