Contents |
Black/White labels | Directly input. |
Yellow label | Tap [ALT] key to select a feature. Example: Set angle unit to radian [ALT] [DRG] Specify angle unit |
Green label |
Tap [SHIFT] key to select a feature or long press green label key. Example: Store 7 in memory A [7] [SHIFT] [A] or [7] [A (hold)] |
[0]..[9],[A]..[F] | Numeric key. [A] .. [F] key are also displayed in the mode hexadecimal. |
[=] | Get calculated result. |
[ALT] | Alternate function keys for yellow labels. |
[SHIFT] | Alternate function keys for green labels. |
[DEL] | Delete number and a function on the cursor. |
[BS] | Delete one character or a function before the cursor. |
[CLR] | Clear all expressions on the display. |
[FSE] | [ALT][FSE]:Select indication mode below: Normal, Fix, Sci, Eng. |
[DIGS] | [ALT][DIGS]:The decimal places for Fix, Eng mode. Number of significant digits for Sci mode. |
[DRG] | [ALT][DRG]:Select an angle unit below: DEG(degree), RAD(radian), GRAD(grade) |
[△] | [△]:Call past expressions to the last line on the display. After press [△] key, press the [▼] key to display the previous called formula. [△(Long press)]:Indicate the table of past expressions. |
Arrow keys | Move cursor. |
[DEC] | [CLR][ALT][DEC]:Change to decimal mode. [ALT][DEC]:Convert to decimal value. |
[HEX] | [CLR][ALT][HEX]:Change to hexadecimalmode. [ALT][HEX]:Convert to hexadecimal value. |
[OCT] | [CLR][ALT][OCT]:Change to octal mode. [ALT][OCT]:Convert to octal value. |
[BIN] | [CLR][ALT][BIN]:Change to binary mode. [ALT][BIN]:Convert to binary value. |
[°’”] | [°’”]:Degree, Minute, Second calculation. After caclulation and press [°’”]:Convert real value into DMS format each other. [ALT][°’”]: Change key label to [H:M:S] |
[H:M:S] | [H:M:S]:Hour, Minute, Second calculation. After caclulation and press [H:M:S]:Convert real value into H:M:S time format each other. [ALT][H:M:S]: Change key label to [°’”] |
[Const] | [ALT][Const]:Open constant table. |
[Mod] | [ALT][Mod]:Remainder function. The quotient Q and the remainder R of the calculation result are displayed on the screen and stored in the memories E and F. |
[Pol] | [ALT][Pol]:Convert Cartesian coordinates (x, y) to polar coordinates (r, θ). Tap the key to display Pol(,). After entering the x coordinate, move the cursor with the [▶] key and enter the y coordinate. The calculation results r and θ are displayed on the screen and stored in memories E and F. The angle unit follows the display in the upper right of the screen. |
[Rec] | [ALT][Rec]:Converts polar coordinates (r, θ) to Cartesian coordinates (x, y). Rec (,) is displayed when you tap the key. After entering r, use the [▶] key to move the cursor and enter the angle θ. The calculation results x and y are displayed on the screen and stored in memories E and F. The angle unit follows the display in the upper right of the screen. |
[nPr] | [ALT][nPr]:Permutation calculation. |
[nCr] | [ALT][nCr]:Combination calculation. |
[%] | [ALT][%]:Percentage calculation. The calculation method can be selected from two ways on the settings. |
[(-)] | [ALT][(-)]:Enter the minus sign. You can use the subtraction operator instead, but you can use it to enter an expression that starts with a negative number without continuing the previous calculation. You can also enter a minus sign by tapping the subtraction operator [-] key twice. |
[Exp] | Exponential functions. |
[Ans] | [Ans]:Call last answer. [Ans(long press)]:Indicate the talbe of last answer. |
[MC] | [MC(long press)]:Clear M memory. |
[M] | [M(long press)]:Store value to M memory. [ALT][M]:Call M variable. |
[MR] | [MR(long press)]:Recall M memory value. |
[M+] | [M+(long press)]:Add value to the M memory. |
[M-] | [M-(long press)]:Subtract value from the M memory. |
[A]..[F] | [A(long press)]..[F(long press)]:Store value to memory. [ALT][A]..[ALT][M]:Call variable. |
[MENU] | [ALT][MENU] or [MENU(long press)]:Indicate MENU within settings. |
Normal |
Exponential format: 10-9>|x|,|x|>=1012,x!=0 Real format: Max decimal places is 12. Example:Normal notation [ALT][FSE] Normal 0.333333333333 3.333333333333E12 |
Fix | Exponential format: 10-9>|x|,|x|>=1012,x!=0 The value of decimal places depends on DIGS. Example:Fix notaion [ALT][FSE] Fix [ALT][DIGS] 3 0.333 3.333E12 |
Sci | Exponential format, the value of significant digiits depends on DIGS. Example:Sci notaion [ALT][FSE] Sci [ALT][DIGS] 3 3.33E-1 3.33E12 |
Eng | Exponential format, exponential value is multiples of 3, the value of decimal places depends on DIGS. Example:Eng notaion [ALT][FSE] Eng [ALT][DIGS] 3 333.333E-3 3.333E12 |
Convert real value into DMS format | 30.5 =30.5 Tap [°’”] key =30°30’00” Tap [°’”] key again =30.5 |
Time calculation | ■1hour 30min + 2hour 45min Tap [ALT][°’”], then you can find [H:M:S] label. 1[H:M:S]30+2[H:M:S]45 =4:15:00 ■Total manufacturing time for 150 parts of 50 sec/item. 0[H:M:S]0[H:M:S]50×150 =2:05:00 (term of settings) D°M’S”/H:M:S result format → Format |
BIN |
Switch to BIN mode: [CLR][ALT][BIN] max. 32 figures (Depends on number of bits setting) |
OCT | Switch to OCT mode:[CLR][ALT][OCT] max. 12 figures (Depends on number of bits setting) |
DEC | Switch to OCT mode:[CLR][ALT][DEC] Depends on FSE, DIGS |
HEX | Switch to HEX mode:[CLR][ALT][HEX] max. 8 figures (Depends on number of bits setting) |
(1111)2→(0F)16 | [CLR][ALT][BIN]1111[ALT][HEX] =000F |
get octal value from last answer | [ALT][OCT] =0000 0017 |
get decimal value from last answer | [ALT][DEC] =15 |
(1234)16→ (0001 0010 0011 0100)2 |
[CLR][ALT][HEX]1234[ALT][BIN] =0001 0010 0011 0100 Binary decimal number (BCD) 0001 0010 0011 0100 can be displayed by inputting decimal 1234 in hexadecimal mode and converting it to binary. |
Calculation settings |
FSE(Numeric notation) | Select following numeric notation: ・Normal ・Fix ・Sci ・Eng Short cut key: [ALT][FSE] |
DIGS(Digits) | The decimal places of Fix, Eng or the significant digits of Sci. ・As Nomal mode: Disable ・As Fix mode: Decimal places ・As Sci mode: Significant digits ・As Eng mode: Decimal places Short cut key: [ALT][DIGS] |
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DRG(Angle unit) | Select following angle unit: ・DEG(Degree) ・RAD(Radian) ・GRAD(Grads) Short cut key: [ALT][DRG] |
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Base-N | Select following base number: ・DEC(Base-10) ・BIN(Base-2) ・OCT(Base-8) ・HEX(Base-16) Short cut key: Example: Swich Hex mode [CLR][ALT][HEX] |
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DEC mode settings | Square priority | Select following option: ・-2^2 = 4 ・-2^2 = -4 |
Parentheses priority | Select following option: ・6÷2(1+2) = 1 ・6÷2(1+2) = 9 |
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Percent calculation | Select following option: ・100+20% = 120 ・100+20% = 100.2 |
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Decimal separator | Select following option: ・Point ・Comma |
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Grouping separator | Select following option: ・Comma/Point ・Space ・Disable |
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D°M’S”/H:M:S result format | Select following option: ・DMS format ・numerical value |
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HEX/OCT/BIN mode settings |
Number of bits |
Select Number of bits. |
Grouping separator | Select Space, enable for HEX/OCT/BIN mode. | |
CLR Key action | You can select CLR Key action to prevent to mistake tapping. Tap: Clear screen clear immediately by tapping CLR key. Dialog: Appear a confirmation dialog before clear screen. |
Credits and Acknowledgments |
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物理定数 日本語 |
Wikipedia contributors. "物理定数." Wikipedia. Wikipedia, 25 Nov. 2015. Web. 18 Feb. 2016. |
Physical constant English |
Wikipedia contributors. "Physical constant." Wikipedia, The Free Encyclopedia. Wikipedia, The Free Encyclopedia, 15 Jan. 2016. Web. 18 Feb. 2016. |