10W 1064nm Optical Power Converter MT100-1064-010W

Optical Power Converters

10W 1064nm Optical Power Converter MT100-1064-010W

ModelMT100-1064-010W

Specification: 1000–1100 nm · SMA905 · Power over fiber

MT100-1064-010W converts fiber-delivered optical power into electrical power for isolated supplies. It supports 1000–1100 nm input through SMA905 and a −40 to +85°C case temperature.

Datasheets & documents

MT100-1064-10W.pdfEnglish · PDF · 475 KBDownload

Product Details
Specifications

Overview

MT100-1064-010W converts fiber-delivered optical power into electrical power for isolated supplies. It supports 1000–1100 nm input through SMA905 and a −40 to +85°C case temperature.

At a 25°C case temperature, 30 W optical input yields a typical maximum-power-point output of 10.795 W, 5.816 V and 1.856 A. An internal NTC monitors device temperature.

Applications

Applications include isolated sensor supplies, electric utility monitoring and powering electronic circuitry in strong electromagnetic fields.

Mechanical dimensions

Dimensions are in mm. Provide adequate heat sinking to keep the case temperature within its rated range.

Pins and interface

Pin	Function
1	−
2	−
3	+
4	+
5	NTC1
6	NTC2

Output header: Molex 505567-0671; mating plug: Molex 505565-0601.

Typical characteristics

Measured at 25°C using a 1064 nm laser.

Absolute maximum ratings

Parameter	Symbol	Minimum	Typical	Maximum	Unit
Storage temperature	TS	−40	25	85	°C
Operating case temperature	TC	−40	—	85	°C
Relative humidity	RH	5	—	85	%
Maximum optical input power	Popt IN	—	—	30	W

The maximum optical input rating requires adequate heat sinking; insufficient cooling may cause the case temperature limit to be exceeded.

Fiber specifications

Parameter	Symbol	Minimum	Typical	Maximum	Unit
Core diameter	D	—	Typically insignificant impact between 40 and 400 μm	—	μm
Numerical aperture	NA	0.17	0.22	0.22	—
Fiber length	—	—	Application-specific	—	m

Protect the input fiber with a sleeve or ceramic ferrule during handling.

Temperature sensor

Parameter	Symbol	Minimum	Typical	Maximum	Unit
NTC, B = 3930 K	R	—	10	—	kΩ
Sensor temperature range	T	−40	Application-specific	150	°C

Operating characteristics

Values below are typical at the maximum power point (Pmpp), with a case temperature of 25°C.

Parameter	Symbol	Minimum	Typical	Maximum	Unit
Recommended input wavelength	λ IN	1000	1064	1100	nm

Optical input (W)	Pmpp (W)	Voltage at Pmpp (V)	Current at Pmpp (A)
10	4.036	6.596	0.612
20	7.625	6.246	1.221
30	10.795	5.816	1.856

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