ROTARY POSITION ENCODER Optical Encoders 2,400+

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Part	Manufacturer	Optoelectronic Type	Mounting Feature	Terminal Finish	Configuration	Maximum Supply Voltage	No. of Functions	No. of Elements	Maximum Response Time	Sub-Category	Maximum Operating Temperature	Minimum Operating Temperature	Additional Features	JESD-609 Code	Gap Size	Maximum On State Current
JT22-320-500	Nidec Copal Electronics	ROTARY POSITION ENCODER	CHASSIS MOUNT		SINGLE		1				80 Cel	-30 Cel
PEC11R-4225F-N0024	Bourns	ROTARY POSITION ENCODER
PEC12R-3217F-S0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
PEC12R-4222F-S0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
PEL12S-2024S-N3024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel
62A11-01-020S	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
62A15-02-040CH	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
62A22-02-060CH	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
62HS22-H9-020C	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
62S11-M5-P	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
62S11-M5-PH	Grayhill	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
EC11E09244AQ	Alps Alpine	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel
EC11E1820402	Alps Alpine	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel
ECW0J-J20-CC0006L	Bourns	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
EM14A0D-C24-L064N	Bourns	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				70 Cel	-40 Cel		e3
EMS22A50-B28-LS6	Bourns	ROTARY POSITION ENCODER	PANEL MOUNT	TIN	SINGLE	5.5 V	1				125 Cel	-40 Cel		e3
ENA1J-B28-L00100	Bourns	ROTARY POSITION ENCODER					1				75 Cel	-40 Cel
GXMMW.A203EA2	Baumer Electric Ag	ROTARY POSITION ENCODER	CHASSIS MOUNT			30 V	1				85 Cel	-20 Cel	UL APPROVED
GXMMW.A203VA2	Baumer Electric Ag	ROTARY POSITION ENCODER	CHASSIS MOUNT			30 V	1				85 Cel	-20 Cel	UL APPROVED
PEC16-2220F-N0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
PEC16-2220F-S0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
ECW0J-J24-BC0006L	Bourns	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				85 Cel	-40 Cel		e3
HEDS-9040#T00	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT	Nickel/Palladium/Gold (Ni/Pd/Au)	SINGLE, 3 CHANNELS	5.5 V	1				100 Cel	-40 Cel		e4
HEDS-9040-T00	Us Digital	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT	Nickel/Palladium/Gold (Ni/Pd/Au)	SINGLE, 3 CHANNELS	5.5 V	1				100 Cel	-40 Cel		e4
HOGS100S-B66.616.01024.1	Baumer Electric Ag	ROTARY POSITION ENCODER
PEL12D-4221F-S2024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel
PEL12D-4226G-S2024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel
PEL12T-4026F-S1024	Bourns	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel	HIGH RELIABILITY
PEC12R-4120F-S0012	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
PEC16-4020F-S0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
EAW0J-B24-CE0128L	Bourns	ROTARY POSITION ENCODER		TIN			1				85 Cel	-40 Cel		e3
AEDB-9140-A13	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 3 CHANNELS	5 V	1			Optical Position Encoders	85 Cel	-10 Cel
EM14R0D-M20-L064S	Bourns	ROTARY POSITION ENCODER		TIN	SINGLE, 2 CHANNELS		1				70 Cel	-40 Cel		e3
PEC09-2320F-T0015	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel
600-128-CBL	Honeywell Sensing And Control	ROTARY POSITION ENCODER	CHASIS MOUNT		SINGLE, 2 CHANNELS		1				65 Cel	-40 Cel
AEAT-9000-1GSH1	Broadcom	ROTARY POSITION ENCODER
GP1A30R	Sharp Corporation	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	0 Cel
HEDS-5505#H14	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 2 CHANNELS	5.5 V	1			Optical Position Encoders	100 Cel	-40 Cel
3315C-001-016L	Bourns	ROTARY POSITION ENCODER			SINGLE, 3 CHANNELS		1				125 Cel	-40 Cel
HEDS-5600#C06	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 2 CHANNELS	5.5 V	1			Optical Position Encoders	100 Cel	-40 Cel
HEDS-5605#I06	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 2 CHANNELS	5.5 V	1			Optical Position Encoders	100 Cel	-40 Cel
PEC09-2215F-N0012	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-10 Cel
PEC16-4015F-N0024	Bourns	ROTARY POSITION ENCODER			SINGLE, 2 CHANNELS		1				70 Cel	-30 Cel
600-128-B66	Honeywell Sensing And Control	ROTARY POSITION ENCODER	CHASIS MOUNT		SINGLE, 2 CHANNELS		1				65 Cel	-40 Cel
AEDR-8500-102	Broadcom	ROTARY POSITION ENCODER	SURFACE MOUNT		SINGLE, 3 CHANNELS	5 V	1			Optical Position Encoders	85 Cel	-20 Cel
HEDS-5540#C06	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 3 CHANNELS	5.5 V	1			Optical Position Encoders	100 Cel	-40 Cel
HEDS-5640#A13	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 3 CHANNELS	5.5 V	1			Optical Position Encoders	100 Cel	-40 Cel
HEDS-9000#A00	Broadcom	ROTARY POSITION ENCODER	THROUGH HOLE MOUNT		SINGLE, 2 CHANNELS		1	2	.0000002 s	Other Optoelectronics	100 Cel	-40 Cel			1.78 mm	.005 A

Optical Encoders

Optical encoders are electronic devices that convert rotary or linear motion into digital signals. They are commonly used in a wide range of applications, including industrial automation, robotics, and computer peripherals.

Optical encoders consist of a light source, a sensing element, and a rotating or linear scale. The light source, typically an LED or laser, emits light onto the scale, and the sensing element, typically a photodiode or phototransistor, detects the light reflected back from the scale. The sensing element generates a signal based on the amount of light detected, which is then processed by an electronic circuit to produce a digital output signal.

Optical encoders can be categorized into two types based on their operating principle: incremental and absolute. Incremental encoders generate a series of digital pulses that correspond to the relative position of the encoder, while absolute encoders generate a unique digital code that corresponds to the absolute position of the encoder.