Analog Devices REF191ESZ

PWR SPLY FUNC, VOLTAGE REFERENCE, LDO, SOIC-8,VS 3.3V, IS 45UA, VO 2.048V, VN 20UVP-P

Voltage Reference Precision 2.048 Volt 30 mA 8-Pin SOIC N

V-Ref Precision 2.048V 30mA 8-Pin SOIC N Tube

Three Terminal Voltage Reference, 1 Output, 2.5V, PDIP8

Volt Ref, 2.048V, Nsoic, -40 To 85Deg C; Voltage Reference Type:Series - Fixed; Product Range:Ref191 Series; Reference Voltage Min:2.046V; Reference Voltage Max:2.05V; Initial Accuracy:0.1%; Temperature Coefficient:2Ppm/°C Rohs Compliant: Yes |Analog Devices, Inc. REF191ESZ

Voltage Reference Type = Fixed Series / Reference Voltage Max. V = 2.05 / Temperature Coefficient ppm/°C = 2 / Accuracy mV = 2 / Output Current mA = 30 / Supply Current uA = 45 / Supply Voltage Min. V = 3 / Supply Voltage Max. V = 15 / Operating Temperature Min. °C = -40 / Operating Temperature Max. °C = 85 / Package Type = SOIC / Pins = 8 / Mounting Type = SMD / MSL = Level-1 / Packaging = Tube / Length mm = 5 / Width mm = 4 / Height mm = 1.5 / Reflow Temperature Max. °C = 260

The REF19x series precision band gap voltage references use a patented temperature drift curvature correction circuit and laser trimming of highly stable, thin-film resistors to achieve a very low temperature coefficient and high initial accuracy. The REF19x series is made up of micro power, low dropout voltage (LDV) devices, providing stable output voltage from supplies as low as 100 mV above the output voltage and consuming less than 45 uA of supply current. In sleep mode, which is enabled by applying a low TTL or CMOS level to the SLEEP pin, the output is turned off and supply current is further reduced to less than 15 uA. The REF19x series references are specified over the extended industrial temperature range (-40oC to +85oC) with typical performance specifications over -40oC to +125oC for applications, such as automotive. All electrical grades are available in an 8-lead SOIC package; the PDIP and TS SOP packages are available only in the lowest electrical grade. Products are also available in die form.