Diodes Incorporated PI6CL1001 Low Voltage LVCMOS Clock Buffer
Diodes Inc. PI6CL1001 Low Voltage LVCMOS Clock Buffer is a low voltage, low-noise, non-inverting Low Voltage Complementary Metal-Oxide Semiconductor (LVCMOS) single-output clock buffer with level translation. The Diodes Inc. PI6CL1001 supports a 1.0V to 1.8V power supply. This clock buffer targets networking applications that require a low-voltage power supply, low jitter, and the capability to bridge the power supply mismatch between clock source and clock sink devices. The VDD_IN supply voltage defines the input clock level, and the VDD_OUT supply voltage defines the output clock level. The device is capable of translating clock levels from low-to-high or from high-to-low. Fail-safe input prevents oscillation at the output in the absence of an input signal and allows for input signals before the VDD is supplied.
Features
- Low-noise, non-inverting buffer with 1x output
- DC to 60MHz frequency range with 1PPS
- 1.0V to 1.8V VDD_IN and VDD_OUT power supply
- Supports 32.768KHz clock level shift
- Low-to-high or high-to-low LVCMOS clock level translation
- Low-to-high - minimum input clock level 0.9V to maximus output clock level 1.8V
- High-to-low - maximus input clock level 1.8V to minimum output clock level 1.2V
- Input power down tolerant
- Low 3ns (typical) propagation delay
- Low <2ns (maximus) rise/fall time
- Low <0.2ps RMS (maximus) additive jitter
- After the input clock stops, automatic standby with zero µA power consumption
- -40°C to +105°C operating temperature
- 5-pin, DFN0808 (XDC) package
- Totally lead-free and fully RoHS compliant
- Halogen-/antimony-free, Green device
Applications
- Cellphones
- Tablets
- Internet of Things (IoT)
Specifications
- DC characteristics
- 0.9V to 1.98V input supply voltage
- 1.08V to 1.98V output supply voltage
- ±8µA input leakage current
- Capacitance
- 2.0pF typical input
- 2.5pF typical output
- ±50mA maximum output current
- 2000V maximum HBM ESD protection
- 0.2ps additive jitter
- Output AC characteristics
- DC to 60MHz input frequency range
- 2ns maximum CLKn rise/fall time
- 5ns maximum propagation delay
- 45% to 55% duty cycle IN
- 43% to 57% duty cycle OUT
- 34Ω to 50Ω typical output impedance range
- +150°C maximum junction temperature
Resources
Block Diagram
