MAX601 MAXIM | Alldatasheet
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Technical content
function of setting the output voltage or setting the rernative to 0. ternally preset +5V or user adjustable from 1.3 to 9V. Figure 1. Simple Line-Powered 5V Supply.
(110/220VAC To 5.0VDC) g ABSOLUTE MAXIMUM RATINGS derate 8mWIC above 25°C. ee oe w input Current CU AC sess seeseeseeeeesteenssneeeeieensey PRAXeO! Voeriotnitagt cist vagspaeercnas, BV ACI, V" 250u8 non-repetitive PUISE -.eeeeeeeseeeeee BA gaanctier terminals --s--neeeeereee (V"— OSV) 40 (V" + 0.3V) ACH, Vj COMtINUOUS vee eeeeeeeee cece eee 18OMA RMS: cia Vo cee ieceeecceettssssseceetececrsesseeeees 15OMA, Sage ss Tear MAx600; MAX6OS OV III toma Veo ceeeecsseeeeerereesessesereresrereees 1SORWA maximum input current and power dissipation specifications are Stresses above those listed under “Absolute Maximum Ratings” may cause permanent damage to the dovice, These are stress ratings only, and functional ‘operation of the device at those or any othor conditions above those indicated in the operational sections ofthe specifications 1s no implied. Exposure fo ‘absolute maximum ratings conditions for extended periods may affect Gevie reliably
ELECTRICAL CHARACTERISTICS
(T= 25°C, V" = 10, Reeuse = 02 Vsey Connected to V- unless noted) p= mA 062 Diode Forward Voltage Ve iE 50ma 4 20 v 1, = 50mA, Measure at V* Zener Voltage ve NHAX600, MAX601, 124 v MAX602 186 _ Tz = 50mA Zener Dynamic Resistance Ry MAX600, MAX601, 6 0 MAX602 9 O.5mA = loys = 50mA Preset Output Voltage Vour Ty = 25°C 480 5005.20 v OCS Ts 150°C 475 5005.25 Temperature Coetficient our ros, 5460" : eer vomene Nour OCs Ths +80°C 100 pem/*c Tour 10m OO Line Regulation (AC input) 2Vour BV ams < Vin < 140V aus OF 0.001 %N Wace 140V pws < Vin < 280V Rs 9001 Wy Tour Changing from Output Impedance area our Changi 06 20 a Vesey input Current | tser | _ oor 100 nA ‘Supply Current Total r 7150 aA ‘DUV Output Leakage Veense= SU OUV=5V dort | Veense = 5.65V or TOV output Voltage Vouv Veense © 435V, v fouy = mA oe SA KIM
Figure 2. Driving Triacs With +12V Supply. Figure 3. Transformer Isolated 5V Power Supply.
to the circuit — this will severely damage the oscil- _Figure 4. Adjustable Output Voltage. loscope and destroy the MAX600/01/02. Table 1. DESIGN FORMULAE of C1. Table 1 gives the formula for calculating C1 as ounnent uaa = 5 4 independent of the load current. and at least 280VRMS for 220VAC or 240VAC circuits. one-half of each line cycle. lest value that will deliver the desired output current Table 1.