In solving engineering problems, one may not have the luxury of time. Most situations demand immediate results. The price of falling behind schedule is costly and demeaning to one's reputation. Therefore, every bit of precaution must be taken to expedite calculations. The following introduces methods to tackle these problems speedily using a Casio calculator FX-991ES and FX-991EX.
►For algebraic problems where you need to find the exact value of a dependent or independent variable, just use the CALC or [ES] Mode 5 functions or [EX] MENU A functions.
►For definite differentiation and integration problems, simply use the d/dx and integral operators in the COMP mode.
►For models that follow the differential equation: dP/dx=kt and models that follow a geometric function(i.e. A*B^x). [ES] -Simply go to Mode 3 (STAT) (5) e^x -For geometric functions Mode 3 (STAT) 6 A*B^x -(Why? Because the solution to the D.E. dP/dx=kt is an exponential function e^x. When we know the boundary con…
Innovations on making product features customizable are recently gaining popularity. Take Andapt for example, a fabless start-up that unveiled its Multi-Rail Power Platform technology for On-Demand PMIC applications a few months back. (read all about it here: Will PMIC On-Demand Replace Catalog Power Devices?) Their online platform, WebAmp, enables the consumer to configure the PMIC based on desired specifications. Fortunately, I got a hands-on experience during the trial period (without the physical board (AmP8DB1) or adaptor (AmpLink)). In my opinion, their GUI is friendly but it lacks a verification method for tuning (i.e. the entered combination of specs). How would we know if it will perform as expected or if there are contradicting indications that yield queer behavior? Also, there is not just one IP available, but many that cater to a differing number of channels and voltage requirements (each with their own price tag).
Every new emerging technology has the potential to oversh…
Updated: May 6, 2018 VLSI Project: The Beta Layout [help needed]Current Tasks: ►Complete 32-bit ALU layout [unpipelined] in a 3-metal-layer C5 process. ►Extend Excel VBA macro to generate code for sequential instructions (machine language to actual electrical signals). Current Obstacles/Unresolved Decisions: ►Use of complementary CMOS or pass transistor logic (do both? time expensive, will depend on sched.) ►Adder selection: Brent-Kung; Kogge Stone; Ladner Fischer (brent takes up most space but seems to be fastest, consider fan-out) [do all? time expensive, will depend on sched.) ►layout requirements and DRC errors
Please leave a comment on the post below for advise. Any help is highly appreciated.