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HP calculators are various calculators manufactured by the Hewlett-Packard company over the years.

The HP Prime emulator is a PC program which copies the user interface, display and the keyboard of the HP Prime onto the PC. Since the emulator owns the same functionality as the HP Prime, a convenient preparation of lessons on the PC and the presentation of the calculator using a. On that basis, I own all Casio calculators (fx-991EX, fx-CG50 & CP400, the last of which is a subscription to the ClassPad service as the hardware is painfully slow), the Nspire CX CAS II, and a Prime (as well various HP/SwissMicros collection hardware, of which, the 50g is still my most used of the bunch).

HP 50g Graphing Calculator Choose a different product Warranty status: Unspecified - Check warranty status Manufacturer warranty has expired - See details Covered under Manufacturer warranty Covered under Extended warranty, months remaining month remaining days remaining day remaining. We would like to show you a description here but the site won’t allow us.

Their desktop models included the HP 9800 series, while their handheld models started with the HP-35. Their focus has been on high-end scientific, engineering and complex financial uses.

History[edit]

In the 1960s, Hewlett-Packard was becoming a diversified electronics company with product lines in electronic test equipment, scientific instrumentation, and medical electronics, and was just beginning its entry into computers. The corporation recognized two opportunities: it might be possible to automate the instrumentation that HP was producing, and HP's customer base were likely to buy a product that could replace the slide rules and adding machines that they were now using for computation.

With this in mind, HP built the HP 9100 desktop scientific calculator. This was a full-featured calculator that included not only standard 'adding machine' functions but also powerful capabilities to handle floating-point numbers, trigonometric functions, logarithms, exponentiation, and square roots.

This new calculator was well received by the customer base, but William Hewlett saw additional opportunities if the desktop calculator could be made small enough to fit into his shirt pocket. He charged his engineers with this exact goal using the size of his shirt pocket as a guide.^{[citation needed]} The result was the HP-35 calculator. This calculator provided functionality that was revolutionary for a pocket calculator at that time.^{[citation needed]}

Through the years, HP released several calculators that varied in their mathematical capabilities, programmability, and I/O capabilities. Some of them could be used (via HP-IL) to control the instruments other Hewlett Packard divisions produced.

Characteristics[edit]

HP calculators are well known for their use of Reverse Polish Notation (RPN).

Programmable HP calculators allow users to create their own programs.

Calculators[edit]

Below are some of HP's handheld calculator models produced over the years, in numeric rather than chronological order:

Product	Year	Description
HP 9g	2003	Graphing calculator designed by Kinpo Electronics, Inc.^[1]
HP 9s	2002	Scientific calculator designed by Kinpo Electronics, Inc., with the same form factor as the 9g and the 30S
HP-10	1977	Basic four-function calculator with printer and conventional arithmetic entry (no RPN).
HP-10B	1987	Financial calculator
HP-10C	1982	Range entry calculator, Scientific Programmable, statistical functions.
HP-11C	1981	Scientific Programmable, including hyperbolics, gamma function, statistical functions, and random number generation.
HP-10s	2007	A scientific calculator with more than 240 built-in functions, with 2 lines × 10 digits LCD.
HP-12C	1981	The finance-centric programmable calculator from the Voyager series introduced in the 1980s. The longest running product in the HP calculator line, it remains in production.
HP-15C	1982	Advanced Scientific Programmable, including hyperbolics, gamma function, combinatorial and statistical functions, random number generation, numerical integration, numerical root finding, plus comprehensive matrix operations and full support for complex numbers.
HP-16C	1982	Computer science programmable calculator that could perform binary arithmetic, base-conversion (decimal, and binary, octal, and hexadecimal) and boolean-logic functions.
HP-17B	1988	Financial calculator superseding the 12C, with two-line display, alphanumerics and sophisticated Solve functions rather than step programming. Uses the Saturn chip set.
HP-18C	1986	RPL clamshell business calculator.
HP-19B	1988	Financial calculator.
HP-19C	1977	Calculator with RPN and built-in thermal printer. Included a programming language with looping and branching.
HP 20b	2008	Financial calculator with RPN.
HP-20S	1988	A basic scientific calculator, using infix notation, barely programmable and with no graphing capabilities.
HP-21	1975	Scaled-down HP-25.
HP-25	1975	Smaller programmable model with programs up to 49 steps. Version HP-25C was first calculator with 'continuous memory'.
HP-27S	1988	The first HP pocket calculator to use algebraic notation only rather than RPN. It was a 'do all' calculator that included algebraic solver like the HP-18C, statistical, probability and time/value of money calculations. It had approximately 7 kilobytes of programmable memory which could be used for formulas or notes. The two-push 6-key letter typing system was fairly fast after a learning period.^[2]
HP-28C	1987	RPN scientific graphing calculator. First HP graphing calculator, and introduced the Forth-like RPL, programmable keys, and symbolic equation solving, with 2 KB of user memory. Book-style design (flip-open cover) with keys on both interior halves.
HP-28S	1988	Expansion of HP-28C; 32 KB of user memory due to customers unexpectedly keeping programs in memory for extended periods. Introduced a file system for storing variables, functions, and user programs in the form of a multi-level tree. Like the HP-28C, this model used the 'open-book' physical design. Functionally a direct predecessor to the HP-48 series, which returned to a more traditional physical design based on the HP-41.
HP-29C	1977	Programmable calculator with RPN. Included a programming language with looping and branching. An inexpensive variation on the 19C printer.
HP 30b	2010	Programmable Financial calculator released in 2010. Built in Black-Scholes Equation, FMRR and MIRR. Powered by ARM processor. Multiple input methods including RPN, chain algebraic, and normal.
HP 30s	2000	Calculator designed by Kinpo Electronics, Inc.
HP-32E	1978	Scientific non-programmable
HP-32S	1988	Scientific programmable, updated to HP-32SII
HP 33s	2003	Calculator designed by Kinpo Electronics, Inc. Successor to the HP-32SII.
HP-33C	1978	Scientific Programmable—successor to the HP-25 and HP-25C.
HP-34C	1979	Scientific Programmable calculator. First with integration and Root Finding.
HP-35	1972	HP's first pocket calculator, and the world's first pocket calculator with transcendental functions. As such, it is regarded as the first 'sci

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