SEATING PLANE FUNCTIONAL BLOCK DIAGRAM 8 LED

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1 DESCRIPTION The Optically Isolated Amplifier consists of the popular RC41A precision programmable shunt reference and an optocoupler. The optocoupler is a gallium arsenide (GaAs) light emitting diode optically coupled to a silicon phototransistor. The reference voltage tolerance is 1%. The current transfer ratio (CTR) ranges from 1% to %. It is primarily intended for use as the error amplifier/reference voltage/optocoupler function in isolated ac to dc power supplies and dc/dc converters. When using the, power supply designers can reduce the component count and save space in tightly packaged designs. The tight tolerance reference eliminates the need for adjustments in many applications. The device comes in a compact -pin small outline package. SEATING PLANE.14 (.).1 (.1) PACKAGE DIMENSIONS 1. (.1).1 (4.).14 (4.1).144 (.).1 (.). (.1) FEATURES Optocoupler, precision reference and error amplifier in single package 1.4V ± 1% reference CTR 1% to %,V RMS isolation VDE approval 11 BSI approval 1 and UL approval E9 CSA approval 1114 APPLICATIONS Power system for workstations Telecom central office supply Telecom bricks PIN DEFINITIONS FUNCTIONAL BLOCK DIAGRAM NC 1 LED C FB E COMP NC 4 GND. (.).1 (.). (.).11 (.). (1.) TYP Lead Coplanarity :.4 (.1) MAX.44 (.19).4 (.9) NOTE All dimensions are in inches (millimeters) Pin Number Pin Name Pin function description 1 NC Not connected C Phototransistor Collector E Phototransistor Emitter 4 NC Not connected GND Ground COMP Error Amplifier Compensation. This pin is the output of the error amplifier. * FB Voltage Feedback. This pin is the inverting input to the error amplifier LED Anode LED. This pin is the input to the light emitting diode. * The compensation network must be attached between pins and. Page 1 of 1

2 TYPICAL APPLICATION V 1 FAN4 PWM Control V O R1 R ABSOLUTE MAXIMUM RATINGS (T A = C Unless otherwise specified.) Parameter Symbol Value Units Storage Temperature T STG - to +1 C Operating Temperature T OPR -4 to + C Reflow Temperature Profile (refer to fig. 1) Input Voltage V LED 1. V Input DC Current I LED ma Collector-Emitter Voltage V CEO V Emitter-Collector Voltage V ECO V Collector Current I C ma Input Power Dissipation (note 1) PD1 14 mw Transistor Power Dissipation (note ) PD mw Total Power Dissipation (note ) PD 14 mw Notes 1. Derate linearly from C at a rate of.4 mw/ C. Derate linearly from C at a rate of 1.4 mw/ C.. Derate linearly from C at a rate of.4 mw/ C. 4. Functional operation under these conditions is not implied. Permanent damage may occur if the device is subjected to conditions outside these ratings. Page of 1

3 ELECTRICAL CHARACTERISTICS (V CC = 1V, T A = C Unless otherwise specified.) INPUT CHARACTERISTICS Parameter Test Conditions Symbol Min Typ** Max Unit LED forward voltage (I LED = 1 ma, V COMP = V FB )(Fig.1) V F 1. V Reference voltage (-4 to + C) (V COMP = V FB, I LED = 1 ma (Fig.1) V REF ( C) V Deviation of V REF over temperature - See Note 1 (T A = -4 to + C) V REF (DEV) 4 1 mv Ratio of Vref variation to the output of the error amplifier (I LED = 1 ma, V COMP = V REF to 1 V) (Fig.) 1. The deviation parameters V REF(DEV) and I REF(DEV) are defined as the differences between the maximum and minimum values obtained over the rated temperature range. The average full-range temperature coefficient of the reference input voltage, V REF, is defined as: where T A is the rated operating free-air temperature range of the device. V REF / V COMP mv/v Feedback input current (I LED = 1 ma, R1 = 1 kω) (Fig.) I REF.1. µa Deviation of I REF over temperature - See Note 1 (T A = -4 to + C) I REF (DEV).1. µa Minimum drive current (V COMP = V FB ) (Fig.1) I LED (MIN) µa Off-state error amplifier current (V LED = V, V FB = ) (Fig.4) I (OFF).1.1 µa Error amplifier output impedance - See Note V REF ( ppm/ C) { V REF( DEV) /V REF ( T A = C) } 1 = T A (V COMP = V FB, I LED =.1 ma to 1 ma, f<1 khz) Z OUT. Ohm. The dynamic impedance is defined as Z OUT = V COMP / I LED. When the device is operating with two external resistors (see Figure ), the total dynamic impedance of the circuit is given by: Z OUT, TOT = V Z I OUT 1 + R R Page of 1

4 OUTPUT CHARACTERISTICS (T A = C Unless otherwise specified.) Parameter Test Conditions Symbol Min Typ Max Unit Collector dark current (V CE = 1 V) (Fig. ) I CEO na Collector-emitter voltage breakdown (I C = 1.mA) BV CEO V Emitter-collector voltage breakdown (I E = 1 µa) BV ECO V TRANSFER CHARACTERISTICS (T A = C Unless otherwise specified.) Parameter Test Conditions Symbol Min Typ Max Unit Current transfer ratio Collector-emitter saturation voltage (I LED = 1 ma, V COMP = V FB, V CE = V) (Fig. ) (I LED = 1 ma, V COMP = V FB, I C =. ma) (Fig. ) CTR 1 % V CE (SAT).4 V ISOLATION CHARACTERISTICS (T A = C Unless otherwise specified.) Parameter Test Conditions Symbol Min Typ Max Unit Input-output insulation leakage current Withstand insulation voltage (RH = 4%, T A = C, t = s, V I-O = VDC) (note. 1) (RH <= %, T A = C, t = 1 min) (notes. 1) I I-O 1. µa V ISO Vrms Resistance (input to output) V I-O = VDC (note. 1) R I-O 1 1 Ohm SWITCHING CHARACTERISTICS (T A = C Unless otherwise specified.) Parameter Test Conditions Symbol Min Typ Max Unit Bandwidth (Fig. ) B W 1 khz Common mode transient immunity at output high Common mode transient immunity at output low (I LED = ma, V cm = 1 V PP RL =. kω (Fig. ) (note. ) (I LED = 1 ma, V cm = 1 V PP RL =. kω (Fig. ) (note. ) CMH 1. kv/µs CML 1. kv/µs Notes 1. Device is considered as a two terminal device: Pins 1,, and 4 are shorted together and Pins,, and are shorted together.. Common mode transient immunity at output high is the maximum tolerable (positive) dvcm/dt on the leading edge of the common mode impulse signal, Vcm, to assure that the output will remain high. Common mode transient immunity at output low is the maximum tolerable (negative) dvcm/dt on the trailing edge of the common pulse signal,vcm, to assure that the output will remain low. Page 4 of 1

5 I (LED) I (LED) V F V V R1 V COMP V REF R V REF FIG. 1. V REF, V F, I LED (min) TEST CIRCUIT FIG.. V REF/ V COMP TEST CIRCUIT I (LED) I (OFF) V I REF R1 V V (LED) FIG.. I REF TEST CIRCUIT FIG. 4. I (OFF) TEST CIRCUIT I CEO I (LED) I (C) V CE V CE V V COMP V REF FIG.. I CEO TEST CIRCUIT FIG.. CTR, V CE(sat) TEST CIRCUIT Page of 1

6 V CC = +V DC R L 1 I F = 1 ma 4Ω 1µf V OUT.1 V PP V IN.4V 4 Fig. Frequency Response Test Circuit V CC = +V DC I F = ma (A) I F = 1 ma (B) R1.kΩ 1 V OUT A B 4 _ VCM + 1V P-P Fig. CMH and CML Test Circuit Page of 1

7 TYPICAL PERFORMANCE CURVES Fig. 9a LED Current vs Cathode Voltage Fig. 9b LED Current vs Cathode Voltage ILED- SUPPLY CURRENT (ma) T A = C V COMP = V FB ILED- SUPPLY CURRENT (µa) V COMP - CATHODE VOLTAGE (V) V COMP - CATHODE VOLTAGE (V) T A = C V COMP = V FB Fig. 1 Reference Voltage vs Ambient Temperature Fig. 11 Reference Current vs Ambient Temperature VREF - REFERENCE VOLTAGE (V) I LED = 1 ma IREF - REFERENCE CURRENT (na) 1 1 I LED = 1 ma R 1 = 1 kω T A - AMBIENT TEMPERATURE ( C) T A - AMBIENT TEMPERATURE ( C) Fig. 1 Off Current vs Ambient Temperature 1 VLED = 1. V V FB = I(OFF) - OFF CURRENT (na) T A - AMBIENT TEMPERATURE ( C) Page of 1

8 (IC/IF) - CURRENT TRANSFER RATIO (%) OPTICALLY ISOLATED Fig.1 LED Forward Current vs Forward Voltage Fig.14 Dark Current vs Temperature 1 V CE = 1V ILED - FORWARD CURRENT (ma) 1 1 C C C ICEO - DARK CURRENT (na) V F - FORWARD VOLTAGE (V) T A - AMBIENT TEMPERATURE ( C) Fig. 1 Collector Current vs Ambient Temperature Fig. 1 Current Transfer Ratio vs LED Current IC - COLLECTOR CURRENT (ma) 1 1 V CE = V I LED = ma I LED = 1 ma I LED = ma I LED = 1 ma 1 V CE = V C C C T A - AMBIENT TEMPERATURE ( C) 1 4 I LED - FORWARD CURRENT (ma) Fig. 1 Saturation Voltage vs Ambient Temperature. VCE (sat) - SATURATION VOLTAGE (V) T A - AMBIENT TEMPERATURE ( C) Page of 1

9 VOLTAGE GAIN, A(Vo/Vin) db DELTA VREF/DELTA VCOMP (mv/v) OPTICALLY ISOLATED Fig. 1 Collector Current vs Collector Voltage Fig. 19 Delta V REF /Delta V COMP vs Ambient Temperature IC - COLLECTOR CURRENT (ma) 4 T A = C 4 I LED = ma I LED = 1 ma 1 1 I LED = ma I LED = 1 ma V CE - COLLECTOR-EMITTER VOLTAGE (V) T A - AMBIENT TEMPERATURE ( C) Fig. Voltage Gain Vs Frequency - Ω 1 Ω -1 R L =1 kω FREQUENCY khz Page 9 of 1

10 The The is an optically isolated error amplifier. It incorporates three of the most common elements necessary to make an isolated power supply, a reference voltage, an error amplifier, and an optocoupler. It is functionally equivalent to the popular RC41A shunt voltage regulator plus the CNY1F- optocoupler. Powering the Secondary Side The LED pin in the powers the secondary side, and in particular provides the current to run the LED. The actual structure of the dictates the minimum voltage that can be applied to the LED pin: The error amplifier output has a minimum of the reference voltage, and the LED is in series with that. Minimum voltage applied to the LED pin is thus 1.4V + 1.V =.4V. This voltage can be generated either directly from the output of the converter, or else from a slaved secondary winding. The secondary winding will not affect regulation, as the input to the FB pin may still be taken from the output winding. The LED pin needs to be fed through a current limiting resistor. The value of the resistor sets the amount of current through the LED, and thus must be carefully selected in conjunction with the selection of the primary side resistor. Feedback Output voltage of a converter is determined by selecting a resistor divider from the regulated output to the FB pin. The attempts to regulate its FB pin to the reference voltage, 1.4V. The ratio of the two resistors should thus be: R TOP = R BOTTOM V OUT V REF The absolute value of the top resistor is set by the input offset current of.µa. To achieve 1% accuracy, the resistance of R TOP should be: Compensation OPTICALLY ISOLATED The compensation pin of the provides the opportunity for the designer to design the frequency response of the converter. A compensation network may be placed between the COMP pin and the FB pin. In typical low-bandwidth systems, a.1µf capacitor may be used. For converters with more stringent requirements, a network should be designed based on measurements of the system s loop. An excellent reference for this process may be found in Practical Design of Power Supplies by Ron Lenk, IEEE Press, 199. Secondary Ground The GND pin should be connected to the secondary ground of the converter. No Connect Pins The NC pins have no internal connection. They should not have any connection to the secondary side, as this may compromise the isolation structure. Photo-Transistor The Photo-transistor is the output of the. In a normal configuration the collector will be attached to a pull-up resistor and the emitter grounded. There is no base connection necessary. The value of the pull-up resistor, and the current limiting resistor feeding the LED, must be carefully selected to account for voltage range accepted by the PWM IC, and for the variation in current transfer ratio (CTR) of the opto-isolator itself. Example: The voltage feeding the LED pins is +1V, the voltage feeding the collector pull-up is +1V, and the PWM IC is the Fairchild KA1H, which has a V reference. If we select a 1KΩ resistor for the LED, the maximum current the LED can see is (1V-.4V) /1KΩ = 9µA. The CTR of the opto-isolator is a minimum of 1%, and so the minimum collector current of the photo-transistor when the diode is full on is also 9µA. The collector resistor must thus be such that: V OUT > µa 1V V R TOP < 9µA or R R COLLECTOR >.4KΩ; COLLECTOR select 1KΩ to allow some margin. Page 1 of 1

11 ORDERING INFORMATION Example: X Y X Y Packaging Option R1: Tape and Reel ( per reel) V:VDE tested R: Tape and Reel (, per reel) MARKING INFORMATION 1 1 V X YY S 4 Definitions 1 Fairchild logo Device number VDE mark (Note: Only appears on parts ordered with VDE option See order entry table) 4 One digit year code, e.g., Two digit work week ranging from 1 to Assembly package code Page 11 of 1

12 Carrier Tape Specifications. ±.1. ±.. MAX 4. ±.1 ±. Ø1. MIN 1. ±.1. ±.. ±.1. ±. 1. ±..4 ±..1 MAX User Direction of Feed Ø1. +.1/- Reflow Profile Temperature ( C) C peak C, 1 s Time above 1 C, 1 1 sec Ramp up = 1 C/sec Peak reflow temperature: 4 C (package surface temperature) Time of temperature higher than 1 C for 1 1 seconds One time soldering reflow is recommended Time (Minute) Page 1 of 1

13 DISCLAIMER FAIRCHILD SEMICONDUCTOR RESERVES THE RIGHT TO MAKE CHANGES WITHOUT FURTHER NOTICE TO ANY PRODUCTS HEREIN TO IMPROVE RELIABILITY, FUNCTION OR DESIGN. FAIRCHILD DOES NOT ASSUME ANY LIABILITY ARISING OUT OF THE APPLICATION OR USE OF ANY PRODUCT OR CIRCUIT DESCRIBED HEREIN; NEITHER DOES IT CONVEY ANY LICENSE UNDER ITS PATENT RIGHTS, NOR THE RIGHTS OF OTHERS. LIFE SUPPORT POLICY FAIRCHILD S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF FAIRCHILD SEMICONDUCTOR CORPORATION. As used herein: 1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain life, and (c) whose failure to perform when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury of the user.. A critical component in any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness. Page 1 of 1

14 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: Fairchild Semiconductor: RV RV_Q V R1 R V_Q R1V_Q R_Q _Q R1V

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