Oscillators

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Mfr Part #	Quantity Available	Price	Series	Package	Product Status	Base Resonator	Type	Frequency	Function	Output	Voltage - Supply	Frequency Stability	Absolute Pull Range (APR)	Operating Temperature	Spread Spectrum Bandwidth	Current - Supply (Max)	Ratings	Mounting Type	Package / Case	Size / Dimension	Height - Seated (Max)

OH200-61003CF-025.0M XTAL OSC OCXO 25.0000MHZ CMOS TH Connor Winfield	36 In Stock	1 : ¥754.54000 Bulk	OH200	Bulk	Active	Crystal	OCXO	25 MHz	-	CMOS	3.3V	±5ppb	-	-40°C ~ 85°C	-	1.15A	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-61003CF-010.0M XTAL OSC OCXO 10.0000MHZ CMOS TH Connor Winfield	8 In Stock	1 : ¥754.54000 Bulk	OH200	Bulk	Active	Crystal	OCXO	10 MHz	-	CMOS	3.3V	±5ppb	-	-40°C ~ 85°C	-	1.15A	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-71005SV-010.0M XTAL OSC VCOCXO 10.0000MHZ SNWV Connor Winfield	2 In Stock	1 : ¥781.31000 Tray	OH200	Tray	Active	Crystal	VCOCXO	10 MHz	-	Sine Wave	5V	±5ppb	-	-20°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CV-010.0M XTAL OSC VCOCXO 10.0000MHZ CMOS Connor Winfield	4 In Stock	1 : ¥661.11000 Tray	OH200	Tray	Active	Crystal	VCOCXO	10 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-61003CF-024.576M XTAL OSC OCXO 24.5760MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	1 : ¥815.57000 Tray	OH200	Tray	Active	Crystal	OCXO	24.576 MHz	-	CMOS	3.3V	±5ppb	-	-40°C ~ 85°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-61003CF-024.0M XTAL OSC OCXO 24.0000MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	1 : ¥754.54000 Bulk	OH200	Bulk	Active	Crystal	OCXO	24 MHz	-	CMOS	3.3V	±5ppb	-	-40°C ~ 85°C	-	1.15A	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-61003CF-020.0M XTAL OSC OCXO 20.0000MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	10 : ¥705.99400 Tray	OH200	Tray	Active	Crystal	OCXO	20 MHz	-	CMOS	3.3V	±5ppb	-	-40°C ~ 85°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CF-005.0M XTAL OSC OCXO 5.0000MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	10 : ¥631.18700 Tray	OH200	Tray	Active	Crystal	OCXO	5 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CF-010.0M XTAL OSC OCXO 10.0000MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	10 : ¥631.18700 Tray	OH200	Tray	Active	Crystal	OCXO	10 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CF-012.8M XTAL OSC OCXO 12.8000MHZ CMOS TH Connor Winfield	0 In Stock Check Lead Time	10 : ¥631.18700 Tray	OH200	Tray	Active	Crystal	OCXO	12.8 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CV-005.0M XTAL OSC VCOCXO 5.0000MHZ CMOS Connor Winfield	0 In Stock Check Lead Time	10 : ¥631.18700 Tray	OH200	Tray	Active	Crystal	VCOCXO	5 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)
OH200-51003CV-012.8M XTAL OSC VCOCXO 12.8000MHZ CMOS Connor Winfield	0 In Stock Check Lead Time	10 : ¥631.18700 Tray	OH200	Tray	Active	Crystal	VCOCXO	12.8 MHz	-	CMOS	3.3V	±5ppb	-	0°C ~ 70°C	-	-	-	Through Hole	6-DIP Module, 5 Leads	1.417" L x 1.063" W (36.00mm x 27.00mm)	0.500" (12.70mm)

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Oscillators

Oscillator products are used as frequency/time reference sources, distinguished from crystal products often used for similar purposes by their integration of additional functions for maintenance and stabilization of the resulting output. In minimal form, they consist of a crystal or other resonant element plus functions needed to allow a user to obtain a frequency reference without extensive attention to the operation of the resonant element. More advanced devices integrate temperature compensation or control functions in order to obtain a more stable reference or one capable of selective adjustment.