TR-3216FF-4.5A Datasheet| ' May be used in series li '80}_ 70; 35j_ . Mn rlar~tinn nr hr;:it:t oinkinn roniiirArl | | | | | I l l | | | ~ I\U uoidiiiiS ui iwa IlN_I Iu¨u | 80 lOO+_r | += | tl | I | | . Short circuit protected , Compact, lightweight Case Size ES-10 SPECIFICATIONS: ---r--V-l----ri--5--2--VAC, 47 t0 420 Hz, single phase. - - r - | 04 1 | l.700-r l + 70 .40 | ' Lu Mountin | e Hole+ | | Oia Output Speclticatlons: See table. t\....... \ AH. .A e^tti wl=nr h^.-.^iit ie fnr-+nni nrr:~eat tn | 250 | | | | | \iu\pui 'toiiagci'U; ciioii u\JLpu~ ij iauLuiy FJirr30UL LU | | | | | | | | 20A) (1 t0 9 volt outputs) or± 1 010 (10 t0 28 volt outputs) of the nominal output voltage. Outputs of Case Size END | 2 | 70+ | | T + | | modules, except those marked(+), may be trimmed to the | 2 20 | | I | | nominal voltage rating with an external trim resistor. Polarlty: Single output sections may be used in either CaseSize END polarity. Dual output sections, marked(.), are provided with a plus/common/minus output connection configuration. | 3 | | f 1 70 | Mounting Hol I | | A_L'__L ------AI-- ---- .N AA A- .- At | f I. | l l i | | No derating required. Lolm -i [-1;50~ . I (EL-10J '1 2115.25 _1 {. I | | | | | | Storage Temperature: -55 to +850C. Temperature Coefflclent: From 9 t0 28 volts, typical TC is 0.015%/oC; 1 t0 8 volts, 0.03%/oC. Impedance: 0.07 0hms at l kHz and 0.2 0hms at 10 kHz (approx.). WeIght: 7 0z. (Case size ES-10.) CaseSizes EL-10, 13 0z. (Case size END.) EL-13,and EL-20. 13 0z. (Case size EL-10.) 1 lb. 3 0z. (Case size EL-13.) 1 lb. 15 0z. (Case size EL-20.) n^I^ ..i t\ \J m_n.i.t All mMolt: nnn hA nltarnntalu | | _ 3 | | +++ I . MountineHoles I 4.401.2 <2} EL-10, EL-13 I (4) EL-20 i -+ + . - -' -_ _ - - | I | | -r---' '-r---''''''- furnished for operatl07 0n an input of 210 t0 250 VAb: *COMMON }-2.2C l-.70 isl- 47-420 Hz. To order, add sutfix " - 230" to model number TRIM (COMMON on12V and15V sections) and $10.00 to price. 1 07 P.O. Box 638, Easton, PA 18044 . Phone: (215) 258-5441 ' FAX: (215) 258-2842 | | | | | | | | | | | | | |
TR-3216FF-4.5A Price| | | | Limits | | Characteristics | Symbol | Test Conditions | Min. Typ. Max. | Units | | Control Logic (continued) | | Internal Oscillator | fosc | OSC shorted to ground | 3.0 4.0 5O | MHz | | Rosc=51 kQ | 3.4 4.0 4.6 | MHz | | DAC Accuracy (total error) | ET | Relative to DAC reference buffer output, DO = 0, D17 = 0 | ±1/2 | LSB | | Reference Input Voltage Range | VREF(EXT) | | 0.5 2.6 | V | | Reference Buffer Offset | VOs | | ±10 | mV | | Reference Divider Ratio | VREFNS | DO =0D18=O | 8O | | | DO =0D18 =1 | 4.0 | | | Reference Input Current | IREF | VREF=2.0 V | ±0.5 | LLA | | Internal Reference Voltage | VREF(INT) | | 1.94 2.0 2.06 | V | | Gain (G) Error (note 3) | EG | DO = 0, D17 = 0, D18 = 0, DAC = 63 D18 = 0, DAC = 31 D18 = 1, DAC = 63 D18 = 1, DAC = 15 | - 0 +6 - 0 +9 - 0 +6 - 0 +10 | % % % % | | Comparator Input Offset Voltage | Vl0 | VREF=O V | ±5.0 | mV | | Propagation Delay Times | tpd | 50% t0 90%: PWM change to source on PWM change to source off PWM change to sink on PWM change to sink off | 500 800 1200 50 150 350 500 800 1200 50 150 350 | ns ns ns ns | | Crossover Dead Time | tdt | | 300 700 900 | ns | | Thermal Shutdown Temperature | Tj | | 1 65 | oC | | Thermal Shutdown Hysteresis | ATj | | 1 5 | oC | | UVLO Enable Threshold | VUVLO | Increasing VDD | 3.9 4.2 4.45 | V | | UVLO Hysteresis | AVUVLO | | O05 0.10 | V | | | | | |
TR-3216FF-4.5A on stock 1. Start up includes both the application of a valid input source voltage, or the removal of a ground signal from the Inbibit* control (pin 3) with a valid input source applied. The output of the regulator is effectively off (tri-state), during the period that the lnbibit* control is held low. Operating Temperature (A Suffix) ....... -550C t0 1250C (B Suffix) ........ -250C t0 850C (C Suffix) .......... ooc t0 700C Lead Temperature (Soldering 10 sec.) ........... +3000C Power Dissipation' Cerdip (K) (Derate llmW/oC above 750C) ....... 825mW Plastic DIP (J) {Derate 6.5mW/oC above 250C) .. 470mW Metal Can (A) (Derate 6mW/oC above 750C) .... 450mW
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