Mini-Circuits - Specification for Amplifier - ERA-4 Amplifier print this page ERA-4 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f (1 dB Min. (no dB dBm u 3 Comp.) damage) Typ. Typ. GHz GHz Absolute Maximum Rating Thermal resistance Out Out Ojc CurDC- 3-f I P Device C/W rent u 3 (mA) (mW) Volt(V.) (mA) GHz GHz DC-4000 11 +17.30 +15.00 +20.00 4.20 34 +1.20 1.20 1.30 1.80 120 Lw=low range(fL to fU/2) U=upper range(fU/2 to fU) 1 3 3 2,4 650 65 4.50 163 Notes: Pin Connections Port RF in RF Out DC Case GND Not Used cb DC Power * Model number designated by alphanumeric code marking. * Permanent damage may occur if any of these limits are exceeded. These ratings are not intended for - continuous normal operation. * Application notes: Improved ERA Amplifiers * For Amplifier Selection Guide, please click here. For Amplifier Environmental Specifications, please click here. * For Surface Mount Environmental Specifications, please click here. Re-flow soldering information is available in "Surface Mount" article. * Low frequency cutoff determined by external coupling capacitors. * Gain, VSWR at 2 GHz. * Maximum Power, NF, IP3 at 1 GHz. * fU is the upper frequency limit for each model as shown in the table. * Absolute maximum ratings: Operating temperature: -45C to 85C, Storage temperature: -65 to 150C, Device voltage: 4.2V min., 5.5V max. * Typical Biasing Configuration ERA/MAR/MAV/RAM/VAM Case Style - VV105 (inch,mm ) weight: 0.015 grams. A B C D E F G H J .085 .060 .008 .020 .250 .012 .025 2.159 1.524 0.203 0.508 6.350 0.305 0.635 K L M N P Q R S T Tolerance: .x .1 .xx .03 .xxx .015 inch. Material and Finish: Case material: plastic. Lead finish: tin-lead plate or tin plate. Marking: RF input lead (1) identified by one or both of the following at factory option: (a) diagonally cut lead, which may be 45(ref) in either direction; (b) orientation mark on the case. Model dash number identified by color dot or alphanumeric code on case. See specification data sheet. Special Tolerances: * Supply voltage must be connected to pin 3 through a bias resistor in order to prevent damage. See Biasing MMIC Amplifiers. Reliability predictions are applicable at specified current and normal operating conditions. * General Quality Control Procedures and Environmental Specifications are given in Mini- Circuits Guarantees Quality. Hi-Rel, MIL description are given in Hi-Rel and MIL * Prices and Specifications subjects to change without notice. http://www.minicircuits.com/cgi-bin/spec?cat=amplifier&model=ERA-4&pix=vv105.gif&bv=4 (1 of 2) [6/30/2004 5:44:14 PM] Mini-Circuits - Specification for Amplifier - ERA-4 Lead width .010 inch; lead thickness .003 inch. Back http://www.minicircuits.com/cgi-bin/spec?cat=amplifier&model=ERA-4&pix=vv105.gif&bv=4 (2 of 2) [6/30/2004 5:44:14 PM] i2 Technologies US, Inc. 15445 Innovation Drive San Diego, CA 92128 i2 Technologies US, Inc. HTML Pages converted to PDF Document This document contain component information from the manufacturer's website which are not available in a revision controlled document from the manufacturer. To facilitate the addition of these parts into the Electronics Database, we are converting the HTML pages related to that part, from the manufacturer's website into Adobe PDF format. The contents of this document is based on the information provided on the manufacturer's website, therefore the information may have been changed by the manufacturer since this was created. Powering the Bottom Line (R)