clc5612 National Semiconductor Corporation, clc5612 Datasheet
clc5612
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clc5612 Summary of contents
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... CLC5612 Dual, High Output, Programmable Gain Buffer General Description The CLC5612 is a dual, low cost, high speed (90MHz) buffer which features user programmable gains of +2, +1, and −1V/V. The CLC5612 also has a new output stage that delivers high output drive current (130mA), but consumes minimal quiescent supply current (1 ...
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... Differential Line Driver with Load Impedance Conversion Ordering Information Package 8-pin plastic DIP 8-pin plastic SOIC www.national.com Temperature Range Part Number Industrial −40˚C to +85˚C CLC5612IN −40˚C to +85˚C CLC5612IM CLC5612IMX 2 DS015001-2 Package NSC Marking Drawing CLC5612IN N08E CLC5612IM M08A CLC5612IM ...
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... Power Supply Rejection Ratio (Note 1) Output Current (see (Note 4)) Common-Mode Input Voltage Maximum Junction Temperature Storage Temperature Range Lead Temperature (soldering 10 sec) ± 7V +14V + (V /2), R tied unless specified Conditions CLC5612IN < 200MHz 0. < ...
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... Harmonic Distortion Equivalent Input Noise www.national.com (Continued /2), R tied unless specified Conditions 100 100 Conditions CLC5612IN < 200MHz 1. < 30MHz 1. < 30MHz 1. NTSC 150 L NTSC, R ...
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Electrical Characteristics ± + 100 , V = 5V, unless specified Symbol Parameter Distortion And Noise Response Voltage ( Non-Inverting Current (i bn Inverting Current ( Crosstalk ...
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Typical Performance Characteristics V , unless specified) (Continued) CM Gain Flatness & Linear Phase Gain Phase Frequency (MHz) Frequency Response ...
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Typical Performance Characteristics V , unless specified) (Continued) CM 2nd & 3rd Harmonic Distortion - 3rd - -70 2nd -80 -90 3rd R = 100 L -100 ...
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Typical Performance Characteristics V , unless specified) (Continued & V vs. Temperature BN IO 1 -0.5 -1 -1.5 -60 -40 - Temperature ( C) Frequency Response vs. R ...
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Typical Performance Characteristics V , unless specified) (Continued) CM Frequency Response vs − 10M Frequency (Hz) Differential Gain & ...
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Typical Performance Characteristics V , unless specified) (Continued) CM 2nd & 3rd Harmonic Distortion vs. Frequency -50 3rd, 10MHz -60 -70 2nd, 10MHz -80 2nd, 1MHz -90 3rd, 1MHz -100 -110 Output Amplitude (V ...
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... CLC5612 Design Information ± 5V Electrical Closed Loop Gain Selection The CLC5612 is a current feedback op amp with R on chip (in the package). Select from three closed loop gains without using any external gain or feedback resistors. Implement gains of +2, +1, and −1V/V by connecting pins 2 and 3 (or 5 and 6) as described in the chart below. ...
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... Application Division (Continued) Operating from a single +5V supply, the Common Mode Input Range (CMIR) of the CLC5612 is typically +0.8V to +4.2V. The typical output range with R +4.0V. For single supply DC coupled operation, keep input signal levels above 0.8V DC. For input signals that drop below 0.8V DC, AC coupling and level shifting the signal are recommended ...
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... Application Division (Continued) Dual Supply Operation The CLC5612 on dual supplies as well as single supplies. The non-inverting and inverting configurations are shown in Figure 7 , Figure 8 , and Figure FIGURE 7. Dual Supply FIGURE 8. Dual Supply ...
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... Calculate the total RMS power: P The maximum power that the DIP and SOIC, packages can dissipate at a given temperature is illustrated in Figure 12 . The power derating curve for any CLC5612 package can be derived by utilizing the following equation: where T amb ...
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... Special Evaluation Board Considerations for the CLC5612 To optimize off-isolation of the CLC5612, cut the R both the CLC730038 and the CLC730036 evaluation boards. This cut minimizes capacitive feedthrough between the input and the ouptut. Figure 13 shows where to cut both evaluation boards for improved off-isolation ...
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... Application Circuits Single Supply Cable Driver Figure 14 below shows the CLC5612 driving 10m of 75 coaxial cable. The CLC5612 is set for a gain of +2V/V to compensate for the divide-by-two voltage drop at V response after 10m of cable is illustrated in Figure 15 . 10m of 75 Coaxial Cable ...
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... Application Division (Continued) Differential Input/Differential Output Amplifier Figure 17 below illustrates a differential input/differential output configuration. The bypass capacitors are the only external components required CLC5612 6.8 F 0.1 F +5V FIGURE 17. Differential Input/Differential Output Amplifier 17 -5V 0 out V 1 out V 1 – ...
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Physical Dimensions National does not assume any responsibility for use of any circuitry described, no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications. inches (millimeters) unless otherwise ...