tus Type # pins SPICE IBIS Samples & Electronic Orders Budgetary Pricing Std Pack Quantity $US each Size . LM301AH TO-5 8 Full production N/A N/A Order 1K+ $1.2000 Package Marking box of [logo]Z2T LM301AH 500 LM301A MDA die Full production N/A N/A . N/A - LM301A MWA wafer Full production N/A N/A . N/A - Application Notes Title AN-222: Application Note 222 Super Matched Bipolar Transistor Pair Sets Size (in Date View Online Kbytes) 399 24- Download View Online Download file://\\roarer\root\export\projects\bitting1\imaging\BITTING\cpl\20001207\12062000\NATL\12062000\LM301A.html Receive via Email Receive via Email 12/12/00 National P/N LM301A - Operational Amplifier Page 4 of 4 View Online Download Receive via Email 8Nov00 View Online Download Receive via Email 4Nov95 View Online Download Receive via Email 4Nov95 View Online Download Receive via Email 28View Online Download Jun-96 Receive via Email New Standards for Drift and Noise Kbytes Feb-99 AN-181: Application Note 181 3-Terminal Regulator Is A
LM3420-4.2, -8.2, -8.4, -12.6, -16.8 Lithium-Ion Battery Charge Controller General Description The LM3420 series of controllers are monolithic integrated circuits designed for charging and end-of-charge control for Lithium-Ion rechargeable batteries. The LM3420 is available in five fixed voltage versions for one through four cell charger applications (4.2V, 8.2V/8.4V, 12.6V and 16.8V respectively). Included in a very small package is an (internally compensated) op amp, a bandgap reference, an NPN output transistor, and voltage setting resistors. The amplifier's inverting input is externally accessible for loop frequency compensation. The output is an open-emitter NPN transistor capable of driving up to 15 mA of output current into external circuitry. A trimmed precision bandgap reference utilizes temperature drift curvature correction for excellent voltage stability over the operating temperature range. Available with an initial tolerance of 0.5% for the A grade version, and 1% for the standard version, the L
Chapter 7 Component Data and References Component Data None of us has the time or space to collect all the literature available on the many different commercially available manufactured components. Even if we did, the task of keeping track of new and obsolete devices would surely be formidable. Fortunately, amateurs tend to use a limited number of component types. This section, by Douglas Heacock, AAOMS, provides information on the components most often used by the Amateur Radio experimenter. COMPONENT VALUES Throughout this Handbook, resistors and small-value capacitors are specified in terms of a system of "pre-ferred values." This system allows manufacturers to supply these components in a standard set of values, which, when considered along with component tolerances, satisfy the vast majority of circuit requirements. The preferred values are based on a roughly logarithmic scale of numbers between 1 and 10. One decade of these values for three common tolerance ratings is shown in Table 7.1. Table 7.1 repre
Chapter 7 Component Data and References Component Data None of us has the time or space to collect all the literature available on the many different commercially available manufactured components. Even if we did, the task of keeping track of new and obsolete devices would surely be formidable. Fortunately, amateurs tend to use a limited number of component types. This section, by Douglas Heacock, AAOMS, provides information on the components most often used by the Amateur Radio experimenter. COMPONENT VALUES Throughout this Handbook, resistors and small-value capacitors are specified in terms of a system of "pre-ferred values." This system allows manufacturers to supply these components in a standard set of values, which, when considered along with component tolerances, satisfy the vast majority of circuit requirements. The preferred values are based on a roughly logarithmic scale of numbers between 1 and 10. One decade of these values for three common tolerance ratings is shown in Table 7.1. Table 7.1 repre
Component Data 24 one of us has the time or space to collect all the literature available on the many different commercially available manufactured components. Even if we did, the task of keeping track of new and obsolete devices would surely be formidable. Fortunately, amateurs tend to use a limited number of component types. This chapter, by Douglas Heacock, AA0MS, provides information on the components most often used by the Amateur Radio experi menter. N COMPONENT VALUES Throughout this Handbook, composition resistors and smallvalue capacitors are specified in terms of a system of "preferred values." This system allows manufacturers to supply these com ponents in a standard set of values, which, when considered along with component tolerances, satisfy the vast majority of circuit requirements. The preferred values are based on a roughly logarithmic scale of numbers between 1 and 10. One decade of these values for three common tolerance ratings is shown in Table 24.1. The Table represents the two significa
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